定稿Study of Visual Spatial Perception Performance at Close Range in Underground Coal Mine
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precption英语作文Perception, a fundamental aspect of human cognition, refers to the process of how we interpret and understand the information received through our senses. It is the lens through which we view the world, shaping our understanding and response to it. This essay explores the intricacies of perception, discussing its role in our daily lives, the impact of perceptual biases, and the potential for perception to transform our understanding of reality.Our perception is shaped by a combination of our senses and the cognitive processes that interpret these sensory inputs. Visual perception, for instance, involves the interpretation of light waves by our eyes, which are then processed by the brain to form images and patterns. Similarly, auditory perception involves the interpretation of sound waves by our ears, which are then processed to extract meaning and information. These sensory inputs are then integrated with our past experiences and knowledge, creating a unique perception of the world.However, perception is not always accurate. Our senses can be fooled, and our cognitive biases can influence ourinterpretation of these senses. For example, the famousMüller-Lyer illusion demonstrates how our visualperception can be manipulated by the context and arrangement of lines, leading us to perceive unequallengths as equal. Similarly, the confirmation bias, a cognitive bias that leads us to seek and interpret information in a way that confirms our pre-existing beliefs, can skew our perception of reality.Despite these limitations, perception plays a crucial role in our lives. It is the foundation of our interactions with the world, informing our decisions, shaping our emotions, and driving our behavior. Perception affects how we perceive others, how we understand social norms, andeven how we perceive ourselves. Our perception of beauty,for instance, is often influenced by cultural norms and social expectations, shaping our aesthetic preferences and identities.The potential for perception to transform our understanding of reality is immense. By challenging our perceptual biases and seeking alternative perspectives, we can gain a deeper understanding of the world and ourselves.For example, by examining our own cognitive biases and the impact they have on our perception, we can become more aware of our limitations and make more informed decisions. Similarly, by exploring alternative perspectives and cultural viewpoints, we can broaden our understanding of the world and appreciate the diversity of human experience. In conclusion, perception is a fundamental aspect of human cognition, shaping our understanding and response to the world. It is a dynamic and interactive process, influenced by our senses, cognitive biases, and cultural norms. By understanding the intricacies of perception and challenging our own perceptual biases, we can gain a deeper understanding of the world and ourselves, opening up new possibilities for understanding and action.**感知:我们理解世界的窗口**感知,作为人类认知的基本方面,指的是我们如何解释和理解通过感官接收到的信息的过程。
人工视觉假体研究综述(Ⅱ)3———视皮层、视神经束、感觉替代假体的研究现状石 萍 邱意弘 朱贻盛 综述 童善保Δ 审校(上海交通大学生物医学工程系,上海200240) 摘要 视皮层、视神经束、感觉替代假体可以弥补由于视网膜功能和结构完全丧失而造成的视力缺失。
各种视觉假体有着不同的机制和适用条件。
本文从技术角度出发,全面地综述了以上各种视觉假体的国内外最新研究状况,为国内视觉假体研究人员提供国内外最新发展动态。
关键词 视皮层假体 视神经假体 感觉替代中图分类号 R318118 文献标识码 A 文章编号 100125515(2008)0420945205R evie w of Visual Prosthesis(Ⅱ)———Cortical visual prosthesis,optic nerve prosthesis and vision substitution devicesShi Ping Q iu Yihong Zhu Yisheng Tong Shanbao(Depart ment of Biomedical Engi neeri ng,S hanghai Jiaotong U niversity,S hanghai200240,Chi na) Abstract Cortical visual prosthesis,optic nerve visual prosthesis and vision substitution devices are alternative ways for repairing the visual impairment in case of optic nerve injury,retina lose or blindness without fully developed central vi2 sual system.This article is a state2of2art review of the principles,technical details and the limitations of different types of prostheses beyond the retinal prosthesis.K ey w ords Cortical visual prosthesis Optic nerve visual prosthesis Vision substitution1 引 言视皮层视觉假体(Cortical visual prosthesis)和视神经束视觉假体(Optic nerve visual prosthesis)由于开发困难较大,远不如视网膜刺激器发展快。
In the grand orchestra of human experience, five virtuosos stand out, each playing a distinct yet harmonious melody that collectively forms the symphony of our existence. These are our five senses – sight, hearing, taste, touch, and smell – the remarkable sensory faculties that allow us to perceive and interact with the world around us. Each sense is a unique instrument, finely tuned to capture specific nuances of reality, painting a rich tapestry of sensation that informs our thoughts, emotions, and actions. This essay serves as an ode to these extraordinary senses, delving into their intricacies, functions, and profound impact on our lives.I. The Painter of Light: SightThe first virtuoso in this sensory ensemble is sight, the master of visual perception. With its palette of millions of hues and shades, it paints the world in vivid detail, capturing the grandeur of towering mountains, the gentle sway of wheat fields, or the intricate patterns of a snowflake. The eye, a marvel of biological engineering, serves as the canvas upon which this artistry unfolds.At the heart of vision lies the retina, a thin layer of light-sensitive cells lining the back of the eye. Rods and cones, two types of photoreceptors, convert light into electrical signals. Rods excel in low-light conditions, enabling night vision and motion detection, while cones, sensitive to red, green, and blue wavelengths, facilitate color vision and discernment of fine details. These signals are then transmitted via the optic nerve to the brain's visual cortex, where they are decoded and synthesized into the coherent images we perceive.Beyond the mere recognition of shapes and colors, sight also plays a crucial role in depth perception, spatial orientation, and the detection of visual cues that inform our emotional responses. Facial expressions, body language, and the subtle nuances of art and design all contribute to our understanding of others and our environment. Furthermore, sight facilitates learning, as the vast majority of information we acquire is through visual means, whether it be reading, observing, or experimenting.II. The Maestro of Melody: HearingAs sight paints the world in light and color, hearing orchestrates a symphony of sound, weaving together the diverse auditory threads that form our sonic landscape. From the soothing rustle of leaves to the thundering crescendo of a symphony orchestra, hearing captures the richness and complexity of the auditory realm.The ear, a sophisticated sound transducer, transforms pressure waves in the air into electrical signals. Sound waves enter the outer ear, funneling through the ear canal to vibrate the tympanic membrane, or eardrum. This vibration is amplified by the middle ear's ossicles – the malleus, incus, and stapes – before being transmitted to the fluid-filled inner ear. There, the cochlea, a spiral-shaped organ housing hair cells, converts these mechanical vibrations into electrical impulses, which are relayed to the auditory cortex via the auditory nerve.Hearing not only allows us to perceive sounds but also helps us locate their sources, distinguish speech from noise, and appreciate the emotional nuances conveyed through tone, pitch, and rhythm. It is the primary medium for communication, fostering social connections and facilitating language acquisition. Moreover, music, with its intricate melodies and rhythms, can evoke powerful emotions and even influence cognitive processes like memory and attention.III. The Connoisseur of Flavor: TasteMoving from the auditory to the gustatory realm, we encounter taste, the sensory faculty that transforms the chemical composition of food and drink into a rich tapestry of flavor experiences. The tongue, a veritable tasting board, hosts specialized taste receptors called taste buds, each containing a cluster of taste receptor cells sensitive to sweet, salty, sour, bitter, and umami (savory) stimuli.When food molecules bind to these receptors, a cascade of chemical reactions ensues, generating electrical signals that travel via cranial nerves to the gustatory cortex in the brain. Here, the brain integrates these signals with input from other senses, particularly smell, to create the full-bodied experience of flavor. Taste not only provides pleasure but also serves a critical evolutionary function, guiding us towards nutrients and warning us against potential toxins.IV. The Chronicler of Texture: TouchTouch, the most pervasive and versatile of our senses, endows us with a profound understanding of the physical world through the myriad sensations it conveys. It encompasses a broad range of sensations, including pressure, temperature, pain, vibration, and proprioception (awareness of body position).Our skin, the largest organ of the body, is a vast network of specialized receptors that translate mechanical, thermal, and chemical stimuli into neural signals. Mechanoreceptors, such as Merkel discs, Meissner corpuscles, and Pacinian corpuscles, detect different aspects of touch, ranging from fine texture discrimination to deep pressure and vibration. Thermoreceptors and nociceptors, sensitive to temperature and pain respectively, ensure our protection from environmental hazards.Touch is fundamental to our interactions with others and the environment, shaping our understanding of material properties, spatial relationships, and emotional connections. It underpins our ability to manipulate objects, navigate space, and engage in social bonding through gestures like handshakes, hugs, and caresses. Moreover, somatosensory feedback is crucial for motor control and coordination, allowing us to perform complex tasks with precision and dexterity.V. The Alchemist of Aroma: SmellFinally, we arrive at smell, the olfactory sense that imbues our world with a myriad of evocative scents. Often overlooked in comparison to its more overt counterparts, smell holds a profound influence over our emotions, memories, and behaviors.Residing in the upper part of the nasal cavity, the olfactory epithelium houses specialized sensory neurons equipped with odorant receptors. When volatile molecules from the environment bind to these receptors, they trigger a cascade of events leading to the generation of electrical signals. These signals are transmitted to the olfactory bulb, which then relays them to various brain regions, including the amygdala, hippocampus, and orbitofrontal cortex – areas involved in emotion, memory, and decision-making.Smell is deeply intertwined with our emotional life, capable of eliciting instant and powerful emotional responses. It can evoke vivid memories, transport us back in time, and shape our preferences and choices, from food and perfume to potential mates. Moreover, it serves as an early warning system, alerting us to potential dangers such as spoiled food, gas leaks, or smoke.Conclusion: The Harmonious EnsembleOur five senses – sight, hearing, taste, touch, and smell – are not isolated entities but rather a cohesive ensemble, working in concert to create a seamless and multidimensional perceptual experience. They provide us with a rich, nuanced understanding of the world, guiding our actions, informing our decisions, and enriching our emotional lives. Each sense brings its unique perspective, contributing a vital voice to the symphony of human experience.In this grand sensory orchestra, every note, every hue, every aroma, every texture, and every flavor is a testament to the incredible complexity and elegance of human biology. As we continue to unravel the mysteries of our sensory faculties, we deepen our appreciation for the wondrous ways in which we perceive and engage with the world around us, reminding us that life itself is a sublime sensory journey, best experienced through the harmonious interplay of our five remarkable senses.。
大学英语作文用美学标准对景色评估Introduction:In this essay, we will explore the evaluation of scenery based on aesthetic standards in college-level English writing. By analyzing various landscapes, we aim to understand how beauty and aesthetics can be subjective and culturally influenced. Through this exploration, we hope to broaden our understanding of different perspectives and enhance our appreciation for the diverse natural and man-made wonders around us.Body:1. Defining Aesthetics in Landscape Assessment:Aesthetics refers to the study of beauty and what is considered pleasing to the senses. When evaluating scenery, it becomes necessary to delve into one's personal preferences, cultural background, and societal norms that shape our perception of beauty.2. Influences of Culture on Scenic Beauty:Cultural diversity plays a significant role in defining what is aesthetically pleasing within a particular society. For instance, Western cultures often appreciate vast open spaces with breathtaking views, while Eastern cultures might find tranquility and balance in intricate garden designs or carefully crafted landscapes.3. The Role of Nature in Scenic Beauty:Nature offers an array of scenic wonders that captivate our senses regardless of cultural backgrounds. Pristine beaches, majestic mountains, serene forests, or awe-inspiring waterfalls can evoke feelings of admiration and fascination for people worldwide.4. The Impact of Human Intervention on Scenery:Humans have significantly reshaped landscapes throughout history to suit their functional or aesthetic needs. Architectural marvels like magnificent skyscrapers or meticulously designed gardens exemplify human intervention that reflects cultural values and architectural styles.5. Contrasting Views on Urban Versus Rural Scenery:Urban landscapes vary greatly from rural ones due to rapid urbanization and modern development. While some may find charm and excitement in bustling cityscapes filled with towering buildings and vibrant nightlife, others may yearn for the simplicity and tranquility offered by countryside scenes.6. Evaluation Criteria for Scenic Beauty:Evaluating scenery based on aesthetic standards involves considering various factors such as balance, harmony, form, color, and texture. These criteria apply to both natural landscapes and man-made structures. Through careful observation and analysis, we can appreciate the delicate nuances that contribute to the overall beauty of a scene.7. The Importance of Personal Connection:Evaluating scenery is not solely based on external standards but also on personal experiences and emotional connections. One person's perception of beauty may differ from another's based on their memories associated with a specific place or their unique preferences shaped by personal history.Conclusion:Examining the evaluation of scenery through the lens of aesthetics allows us to appreciate the diversity of perspectives worldwide. By recognizing how cultural influences and personal experiences shape our perception of scenic beauty, we can develop a greater understanding and acceptance for different viewpoints. This exploration encourages us to celebrate the rich tapestry of landscapes that make our world so captivating and awe-inspiring.。
Interior Design Supports Art Education: A Case StudyInterior design, as a field of study, is a rapidly growing area of interest – particularly for teenagers in the United States. Part of this interest stems from the proliferation ofdesign-related reality shows available through television media. Some art educators and curriculum specialists in the nation perceive the study of interior spaces as a ‘practical application’ of the arts.This article discusses an experiential design problem, originally used in higher education interior design studio courses that was modified and shared with students in third grade to address national academic standards. Later, this same project was modified for use with high school students in the educator’s community a nd with international design students in South Korea.Lastly, the project was presented in a workshop to art education students at a higher education institution. The project was modified to address (1) the age group level and (2) a topic relevant to the audience. Goals of the design project were: (1) to explore creative problem-solving, (2) to explore the application of design elements and principles, and (3) to increase student understanding of spatial relationships within an interior environment. Findings indicate that the project supported several visual art standards, including perception and community. This project may be of interest to current and future art educators and others interested in the potential of interior design content supporting art education.IntroductionThe design of interior spaces is a growing area of interest in the United States. Studies indicate that people spend 90 per cent of their time indoors, thereby making the quality design of interiors critical to the health and welfare of the population. Youth have been unconsciously encouraged since their childhood to develop awareness of their personal interior spaces and furnishings through popular storybooks they read that introduce the awareness of scale, proportion and ergonomics at a very young age (e.g. Three Little Bears and Alice in Wonderland). More recently, teens in the United States have become unexpectedly ‘hooked’ on design related reality shows such as Trading Spaces, Changing Rooms and Design on a Dime. Although Trading Spaces was originally intended for adults, according to the Wall Street Journal article titled ‘The Teen-Room Makeover’ (18 October 2002) the audience has more than 125,000 viewers aged 12 to 17 [1]. In support of that finding, a survey conducted in 2003 for a national chain of hardware stores discovered 65 per cent of teens said they have watched home improvement-related television shows [2].Teens seemingly have a growing interest in the design of interior spaces.In the United States in 2002, a qualitative study was developed to determine if interior design subject-matter could support national academic standards in elementary and secondary schools (kindergarten – twelfth grade) [3]. Findings of the study indicated that art educators and curriculum specialists perceived interior design to be supportive in meeting their standards as a type of ‘practical application’ of the arts. Perceptions of the curriculum specialists indicated they were looking for new ways to interpret fine art standards in their existing curriculum and that interior design offered one solution. As a result, the researcher, who was an interior design educator, was encouraged to identify and develop a project or lesson plan that could introduce children and youth to the importance of well-designed interior spaces yet support an art education standard in the nation.This article discusses an experiential interior design project that was modified from an exercise used in the freshman and sophomore college studio classes and shared with students in third grade, high school, and with international students in South Korea by this interior design educator. The educator was later invited to present this project to art education teachers at her university. The project supported several school district visual art standards, including perception and community. It was modified to address (1) the age group level and (2) a topic relevant to the audience. Goals of the design project were: (1) to explore creative problem solving, (2) to explore the application of design elements and principles, and (3) to increase student understanding of spatial relationships within an interior environment. This project may be of interest to current and future art educators and others interested in the potential of interior design content supporting visual art standards.Review of literatureThe review of literature briefly discusses (1) experiential learning theory, (2) findings from a qualitative study involving art educators, and (3) the interior design link with art education. The interior design project description and process of application will follow.Experiential learningExperiential learning theory, as an application of cognitive/perceptual models, is a tool toenhance the cognitive process of students. Specifically, the experiential learning cycleinvolves a concrete experience that leads to observations and reflections then to formation of abstract concepts and generalisations, before finally testing implications from concepts in new situations [4].The Association for Experiential Education defines experiential education astheprocess by which a learner constructs knowledge, skill and value from direct experience [5]. Drengson [6] defines experiential education as the process of practical engagement withconcepts and skills applied in a practical setting and delivered through physical and practical mental activity.One of the key components to enhance student learning is reflection. Dewey [7] suggests that to have meaning, an experience must be combined with thought. Kolb [8] suggests that reflections can offer a potential source of powerful data to link theory to practice. The mental engagement of an experiential learner can involve questioning, investigation, experimentation, curiosity, problem-solving, assuming responsibility, creativity and the construction of meaning [9].Experiential learning offers the spontaneous opportunity for learning, whether from unplanned moments, natural consequences, mistakes or successes [10]. Holistically, it involves not only the cognitive but also any combination of the senses, the emotions, and the physical [11].Qualitative study involving art educatorsIn 2001, a study was conducted to determine if interior design may be supportive tokindergarten – twelfth grade (K–12) teachers in meeting national academic standards,including the arts [12]. To understand perceptions of experts in interior design and elementary and secondary education, five focus group session sand six personal interviews were conducted with interior design educators, practitioners,K–12 teachers (elementary, junior high, and high school levels), national standards curriculum specialists (local and state level), and school-to-career curriculum specialists from June 2001 to April 2002[13].Focus group findings indicated that K–12teachers, at both elementary and secondary levels, felt that interior design could be supportive in meeting visual art standards because youth are frequently analysing their personal and public spaces. Participants described specific examples of interior design materials they currently needed in their course work to include: examples of good and bad interior spaces, information about elements and principles of design as they relate to interior spaces, and hands-on col our wheels of sturdy materials. In addition they requested that the materials be low cost, stimulating,‘touchable’,recyclable, self-contained, and fun. Lesson plans the visual art teachers suggested included:• reinvention of the ‘shoe box’ projec t;• development of well-known stories (The Three Pigs, Three Little Bears, and Alice in Wonderland) into space models to teach proportion and scale. In addition, it was suggestedthe following lesson plan: use of Goldilocks story to analyse ‘client or consumer needs’;• use of a Dr Seuss story (literary passage) to generate a conceptual model that enhances creativity;• study of cultural spaces at the junior high level that would enhance study of personal expression of identity in interiors [14].The visual arts curriculum specialists indicated hat interior design –as a ‘practical application’ should be introduced in elementary levels where there is a ‘small window of opportunity’ to give good information about the visual arts. See Table 1 fo r an example of the visual art standards in kindergarten – third grade levels. One visual art specialist advocated that the design process was more important to teach than a particular design method. He suggested moving students from designing personal spaces – and the study of elements and principles of design – in elementary levels to the analysis of private and public spaces in the junior high level. Then the high school levels could be reserved for additional indepth Exploration.Today, junior high and high school students are quite attracted to design-related reality shows. Over the last five years, the number of designrelated television shows has increased dramatically [15]. Why are these shows so attractive to teens and young adults? Rodriguez [16]has suggested that this interest is linked to the teens need for expression of self andself-identity.An individual’s unique identity is established through personalisation of space, which is critical to overall development of self [17]. Developing a sense of self involves the use of symbols to communicate to others one’s personal underlying identity.Interior design link with art educationIt is not common for interior design to be linked with art education in K–12 grade levels in the United States. However, the Foundation for Interior Design EducationResearch[18]standards and guidelines – the accreditation organization for higher education interior design programmes in the nation – reveal that there are many shared areas between visual arts and interior design (e.g.elements and principles of design).Rasmussen and Wright [19]advocate the need for a new model for art education. The new model should offer youth an aesthetic education that does more than just serve the traditional concerns of established arts curriculum. Experiences indicate that young people try to make sense of their own lives by creating contextual understanding through actively, and intentionally, making connections to signs, perceptions and experiences. This is a challenge to develop a new art education model that creates a balance between social andcontextual needs, knowledge of young people, and theaesthetic medium itself.The study of interior spaces offers one such context for learning in the physical environment.People spend 90 per cent of their time in interior spaces [20]. Youth consciously or unconsciously, analyse and respond to their near environment. They also learn best if they understand why they are learning what they are learning. Application of design and art to everyday life can assist in making connections in student learning, and develop more awareness of good design as well as an appreciation of the arts. Youth need theopportunity to learn more about design and human behavior so they can learn they have choices about how supportive their environments can be. Children can [determine] how design influences their behaviors; howdesign can be used to manipulate behavior; how design can encourage or discourage conversation, establish status, put people in power positions, increase or decrease anxiety [21].Therefore, based on (1) the experiential learning theoretical underpinnings, (2) recommendations made by art educators and curriculum specialists, and (3) a call for a new ways of teaching art education, an interior design educator at a higher education institution modified an experiential design project that involved the use of elements and principles of design and an opportunity for self-expression of personal spaces. The designproblem of the personal space was changed based on the grade level.Case study project descriptionAlthough art educators and curriculum specialists perceived that interior design content could be supportive to visual art standards, it was determined that a case study project needed to be developed and presented to various grade levels. It was also determined that a conceptual model of interior spaces should be used toenhance student creativity and exploration rather than a finite model that would offer too many rules and boundaries. Project descriptionThe experiential interior design project involved the construction of athree-dimensional concept model using 44 triangular and rectangular pieces of cardstock (stiff) paper in a neutral colour [22]. The objective was to discover, manipulate and create interior spaces based on a given design problem (e.g. design your space station on a planet of your choice or design your home in the Rocky Mountains of Colorado). The purpose ofthe project was to encourage students to design a conceptual structure from the interior out, keep-ing in mind the function of the building. The student’s model had to incorporate a minimum of six spaces and three levels to encourage vertical as well as horizontal volumes. All 44 pieces of cardstock had to be used in the finished model, which sometimes posed achallenge to the youth. The cardstock pieces could not be ripped, torn, or pierced. However, they could be bent and shapedaccording to the whim of the student.Flow from one space to another and one level to another was emphasized. The decision-making design process was explained and encouraged.Outcomes consisted of a three-dimensional abstract model which, if successfully executed, demonstrated the break-down of traditional spatial paradigms. Design problemsEach student grade level was given a different design problem based on the academic standards that were to be met in that class. In some cases, several academic standards were addressed at the same time. Two national standards for visual arts in the United States were selected to be supported with this project: communication and perception. The communication standard indicates that students in kindergarten – third grade should recognise the use of the visual arts as a means of communication (e.g. select and use visual images, themes and ideas in their own work). The perception standard indicates that students know, understand and apply elements of visual arts and principles of design (e.g. Identify elements and principles of design).Third grade studentsAfter procuring appropriate permission, the design educator brought volunteer college-age interior design students to the elementary school to help administer the project. Three third grade classes (twenty students in each class) had just finished a science unit on space and orbits and were studying specific visual art standards. The children were asked to design a personal space station on a planet of their choice. The goal was to help students relate the newly learned science information to something in real life (e.g. Their home), yet encourage exploration of visual arts (see Figs. 2–4).Each team of students was given the same 44 pieces of cardstock (all cut out) in a plastic bag, a cardboard base (15” x 15” square) on which to build the model, and cellophane tape to use in constructing the model. To enhance reflection of this experiential project, each team of three students was asked to give a two-minute verbal presentation in front of the class on their finished model. In this manner, they could discuss their design solution and the design educator could assess their use of creativity through design elements and principles.The college students and design educator rotated through the three classrooms of students to answer questions, encourage use of design elements and principles, and applaud their creative exploration. The third grade teachers assisted in supporting the structure of the class and encouraging shy students who were reluctant to begin.It was interesting to observe that the children rarely built the models on their provided classroom tables. Instead,they moved to the floor space, located the base for the model in between team members, and began construction. Each team member assumed a role in the process. One team member seemed t o act as the ‘designer’, one as the ‘builder/construction crew’ and the last as the ‘supplier’ of materials. Students excitedlydiscussed the positioning of the triangular pieces of cardstock in their model, their rooms in their space stations, and the different ways to turn the model to create different vantage points.The teams of third graders had one hour to complete the models. Then their verbal presentations began, interspersed with questions and comments from the design educator and third grade teachers. Informal observations indicatedthat application of design elements and principles was strong – perhaps due to the consistent rectangular and triangular shapes that had been provided – thereby supporting the visual arts perception standard. Manipulation of shapes was innovative. Line, shape and form were used to provide movement through adjoining spaces and offered a sense of verticality. Interior volumes were created that supported human behaveour in interior spaces. For example, one team’s presentation discussed how their space station boasted an exercise room with trampolines to strengthen human muscles that weakened as a result of zero gravity in outer space. The communication standard was supported in their finished models in a couple ways. First there was a theme of design as it relates to protection from foreign objects. For example, one team’s space station on Saturn incorporated a force field to protect it from flying rocks. Other visual themes of security and safety evoked the implementation of security cameras, alien detectors, missile launchers, telescope laboratories, control stations and transport rooms. Another visual theme related to circulation. Circulation within the structure was depicted by the third graders through the use of escalators, stairs, elevators and poles. A third visual theme was unique human needs as they relate to interior spaces. Almost every team’s space station incorporated a room for their mothers! In addition, depending on the students’ personal interests, unique space station features ranged from chemical rooms to sandboxes. It was obvious in their multiple unique design solutions their use of creativity had been explored and enhanced.Evaluation and assessment that took place, after the classes were dismissed, indicated that the third grade teachers perceived that this experiential design project supported the visual arts standards in both the communication and perception components as well as the third grade science academic standard concerning space and orbits. In addition, the experiential component of the project had unexpected results when certain quiet, unassuming students in the class became animated and highly engaged in learning. One teacher shared her excitement with the design educator about a new connection that wasformed with one of students that she had not been able to connect with before the design exercise.High school studentsAfter the case study with the third grade students, it was determined to offer this project to high school students. Diversity students in a nearby community were invited to attend a complimentary design workshop at a local library. The interior design educator was asked to present a design problem that would relate to arteducation (see Figs. 6–8).Their problem was to use the same experiential project and shapes to design and construct a conceptual model of their new home or cabin in the Rocky Mountain region. The same project constraints existed. Due to the students’ ages, discussions took place prior to the exercise about innovative problem-solving, the exploration of creativity and the elements and principles of design used within the design process. Some of these elements and principles included:Scale. Awareness of human scale was addressed to develop understanding of proportion and scale of the structure and interior spaces. Shape. Triangular shapes were deliberately selected to encourage students to break paradigms of rectangular interior spaces.Colour. The cardstock pieces were of a neutral colour to enhance spatial composition rather than draw attention to colour usage or juxtaposition. Volume/Mass. The mass of thethree-dimensional model was important in communicating the use of common elements and principles of design (e.g. line, rhythm). Line. A variety of different lines (e.g. diagonal, horizontal) were investigated in the manipulation of the shapes. Space. Space was created through the manipulation of shapes. Theories of complexity, mystery and refuge within interior spaces were discussed. Informal assessment of the finished design models indicated that the design solutions werevery creative.Later that semester, by invitation, the same design project was taken to college students training to be art educators in a mini-workshop format. The art education students found the exercise effective in enhancing creativity and understanding how interior design can enhance understanding of visual arts.International studentsAlthough there was no intention to meet a national visual arts academic standard at a specific grade level, this same experiential design project was presented in Seoul, South Korea to college-aged international students. The design problem was to use the same 44 pieces to develop a design concept model for acommercial building in Seoul. Language translators were used to help the design educatorintroduce the project, guide the students through the process, and understand their verbal presentations at the end of the workshop.Students commented during and after the workshop how the model enhanced their visual literacy skills (they used different words) and creativity within the context of everyday life. The experiential nature of the workshop was seemingly a pleasure to them (see Figs.9–11).Discussion and conclusionThis interior design case study project was designed to be experiential in nature to enhance student learning of the visual arts. Student and teacher assessment of the various groups indicated enthusiasm for the design project because it enhanced creativity, explored multiple design solutions, related to real life, and increased their understanding of human behaviour within the context of the physical environment. Teacherassessment of the age groups indicated that the project did support visual art standards at the appropriate grade level. In addition, their assessment indicated satisfaction with the manner in which the interior design project encouraged student usage of the design elements and principles and the application of design to everyday living. Several instructors indicated that quiet and shy students in their class became engaged in the learning process, which had not been previously observed. Perception of art educators and art education students was that this project supported a variety of visual art standards such as perception and communication. This interior design case study project can be modified for various age and cultural groups and may be of interest to educators who are interested in working collaboratively with colleagues from other disciplines.Visual art programmes in the United States are being cut from the K–12 curriculum. By linking visual arts to an up-and-coming aesthetic field, such as interior design, there may be new ways to sustain and grow visual art programmes in the nation.References1. Orndoff, K. (2003) ASID American Society of Interior Designers 2003 Strategic Environment Report. Future Impact Education, p. 9.2. Levitz, S. (2004) Teens Hooked on Home Décor, London Free Press (Ontario, CA), 24 June, p. D2.3. Clemons, S. (2002) Collaborative Links with K–12: A Proposed Model Integrating Interior Design with National Education Standards, Journal of Interior Design, Vol. 28, No. 1, pp.40–8.4. Rubin, S. G. (1983) Overcoming Obstacles to Institutionalization of Experiential Learning Programs, New Directions for Experiential Learning, Vol. 20, pp. 43–54.5. Luckman, C. (1996) Defining Experiential Education, Journal of Experiential Education, Vol. 19, No. 1, pp. 6–7.6. Drengson, A. R. (1995) What Means this Experience? in Kraft, R. J. & Sokofs, M. [Eds] The Theory of Experiential Education. Boulder, CO: Association for Experiential Education, pp. 87–93.7. Dewey, J. (1916) Democracy and Education. New York: Macmillan.8. Kolb, D. A. (1984). Experiential Learning: Experience as the Sources of Learning and Development. Englewood Cliffs, NJ: Prentice-Hall.9. Luckmann, C. op. cit.10. Ibid.11. Carver, R. (1996) Theory for Practice: A Framework for Thinking about Experiential Education, Journal of Experiential Education, Vol. 19, No. 1, pp. 8–13.12. Clemons, S. op. cit.13. Ibid.14. Ibid.15. Bien, L. (2003) Renovating how-to TV Shows in a Race to Duplicate Success of ‘Trading Spaces’. The Post Standard (Syracuse, NY), 31 October, p. E1.16. Rodriguez, E. M. (2003) Starting Young, Miami Herald, 28 December, p. H–1.17. Baillie S. & Goeters, P. (1997) Home as a Developmental Environment. Proceedings of the American Association of Housing Educators, New Orleans, LA, pp. 32–6.18. Foundation of Interior Design Education Research (FIDER) home page. Available from URL: / (Accessed 4th January 2005).19. Rasmussen, B & Wright, P. (2001) The theatre workshop as educational space: How imagined reality is voiced and conceived, International Journal of Education & the Arts, Vol. 2, No. 2, pp.1–13.20. Environmental Protection Agency (2006) An Introduction to Indoor Air Quality (online). Available from URL: /iaq/ ia-intro.html (Accessed 26th September 2006).21. InformeDesign (n.d.) Implications, Vol. 1, No. 2, p. 2 (online). Available from URL: /# (Accessed 4th January 2005).22. Curfman, J. & Clemons, S. (1992) From Forty-Four Pieces to a New Spatial Paradigm, in Birdsong, C. [Ed.] Proceedings of the Interior Design Educators Council Southwest Regional Meeting, New Orleans, pp. 2–4./detail/refdetail?tablename=SJWD_U&filename=SJWD00000744102&uid=WEEvR EcwSlJHSldSdnQ0SWZDdUlMV1dWZi9tOGkyYTBaTzBVQjVYeENXYVp4MVRJQjI3cmZRYS9YRmhvdnlxazJRPT 0=$9A4hF_YAuvQ5obgVAqNKPCYcEjKensW4IQMovwHtwkF4VYPoHbKxJw!!Interior Design in Augmented Reality EnvironmentABSTRACTThis article presents an application of Augmented Realitytechnology for interior design. Plus, an Educational InteriorDesign Project is reviewed. Along with the dramatic progress ofdigital technology, virtual information techniques are alsorequired for architectural projects. Thus, the new technology ofAugmented Reality offers many advantages for digitalarchitectural design and construction fields. AR is also beingconsidered as a new design approach for interior design. In an ARenvironment, the virtual furniture can be displayed and modifiedin real-time on the screen, allowing the user to have an interactiveexperience with the virtual furniture in a real-world environment.Here, AR environment is exploited as the new workingenvironment for architects in architectural design works, and thenthey can do their work conveniently as such collaborativediscussion through AR environment. Finally, this study proposesa newmethod for applying AR technology to interior designwork, where a user can view virtual furniture and communicatewith 3D virtual furniture data using a dynamic and flexible userinterface. Plus, all the properties of the virtual furniture can beadjusted using occlusion- based interaction method for a TangibleAugmented Reality. General TermsApplications of computer science in modeling, visualization andmultimedia, graphics and imaging, computer vision, human-computerinteraction, et al.KeywordsAugmented Reality, Tangible AR, CAAD, ARToolKit, Interiordesign.1. INTRODUCTIONVisualizing how a particular table or chair will look in a roombefore it is decorated is a difficult challenge for anyone. Hence,Augmented Reality (AR) technology has been proposed forinterior design applications by few previous authors, for example,Koller, C. Wooward, A. Petrovski; K. Hirokazu, et al. The relateddevices typically include data glassesconnected to a。
视觉心理测试英文文章Visual Perception Test: Unraveling the Secrets of Your Mind.Visual perception is a fascinating and complex process that allows us to make sense of the world around us. Through our eyes, we receive countless amounts of information that our brains must swiftly and efficiently interpret, creating a coherent and meaningful representation of our surroundings. Visual perception tests are designed to assess various aspects of this remarkable ability, providing insights into how we see, process, and respond to visual stimuli.Types of Visual Perception Tests.Visual perception tests encompass a wide range of assessments, each designed to evaluate specific aspects of this cognitive function. Some of the most common types include:Acuity Tests: These tests measure the sharpness or clarity of vision, determining how well you can perceive fine details at different distances.Contrast Sensitivity Tests: These tests evaluate your ability to distinguish between objects of different brightness levels, assessing your sensitivity to contrast.Color Vision Tests: Color vision tests determine whether you can differentiate between different colors and detect color deficiencies.Depth Perception Tests: These tests measure yourability to perceive depth and three-dimensional space, assessing your binocular vision and stereopsis.Visual Field Tests: These tests map the extent of your peripheral vision, determining how much of your surroundings you can see without moving your eyes.Motion Perception Tests: These tests assess yourability to perceive movement and detect moving objects, evaluating your visual tracking and coordination skills.Visual Memory Tests: These tests measure your ability to remember and recognize visual information, assessing your visual working memory and long-term visual memory.Purpose and Applications.Visual perception tests serve a variety of purposes, including:Diagnosis of Visual Impairments: These tests help diagnose visual problems such as nearsightedness, farsightedness, astigmatism, and color blindness.Monitoring Eye Health: Regular visual perception tests can monitor changes in your vision over time, detecting potential eye diseases or conditions that may require treatment.Evaluating Cognitive Function: Visual perception testscan provide insights into cognitive abilities such as attention, memory, and processing speed, which are often impaired in neurodegenerative diseases like Alzheimer's.Research and Development: Visual perception tests are essential in research to understand how the visual system works and develop new treatments for visual impairments.Occupational Screening: Many industries requirecertain levels of visual acuity and other visual abilities for employment, and these tests help ensure that candidates meet the necessary standards.How to Prepare for a Visual Perception Test.Preparing for a visual perception test is generally straightforward. Here are some tips:Get a good night's sleep before the test.Avoid caffeine and alcohol before the test.Bring your eyeglasses or contact lenses if you normally wear them.Inform the examiner about any medications you are taking that may affect your vision.Understanding Your Results.After completing a visual perception test, your examiner will interpret your results and provide you with a report. Your results will indicate:Your visual acuity and other measures of visual function.Any visual impairments or abnormalities that may require further evaluation or treatment.Recommendations for follow-up care or lifestyle modifications to enhance your visual health.Conclusion.Visual perception tests are invaluable tools for assessing the health and function of our visual system. By providing insights into how we see and process visual information, these tests help diagnose visual impairments, monitor eye health, evaluate cognitive function, and guide research and development. By understanding the results of visual perception tests, we can take proactive steps to maintain optimal visual health and function throughout our lives.。
随班就读学生个别化教学计划英语全文共3篇示例,供读者参考篇1An Individualized Plan for My Successful Learning JourneyAs I start my freshman year of high school, I'm feeling a mix of excitement and nerves. I've been looking forward to this milestone for years, but I also know it's going to be challenging in many ways, especially with my learning disabilities. That's why I'm really glad to have an Individualized Education Plan (IEP) in place to support my needs and help me reach my full potential.For those who don't know, an IEP is a legal document that outlines the customized support, services, accommodations, and modifications I need to be able to learn alongside my peers in an inclusive classroom setting. It was developed by the school staff along with my parents and me after a comprehensive evaluation identified the specific areas where I need extra assistance.My journey with learning differences hasn't been easy, but I'm proud of how far I've come already. I was diagnosed with dyslexia, dyscalculia, and ADHD way back in elementary school. Those first few years of school were really tough as I struggled tokeep up with reading, writing, and math lessons that seemed to come so naturally to my classmates. I felt dumb, frustrated, and alone. The educational psychologist's tests shed light on why I was having such difficulties, and my school's special education team stepped in to start providing interventions and accommodations.Those accommodations and specialized instruction made a huge difference for me and boosted my confidence. But there was still a ways to go. I continued to make progress through dedicated support from my teachers, therapists, and tutors as well as a lot of hard work and perseverance on my part. I'm so appreciative of everyone who has helped me get to this point and push past barriers.Now that I'm headed to high school, my IEP will evolve with me and ensure I have what I need for this next huge transition. My learning needs, strengths, goals, and the supports in place are all outlined in detail in my written IEP document.Some key accommodations included are:Extended time on tests and assignmentsHaving instructions and reading passages read aloud via text-to-speech softwareUsing a laptop or tablet for written work with speech-to-text and grammar/spelling assistanceGraph paper and formulae sheets to assist with mathPreferential seating towards the front of the roomFrequent breaks as needed to help me stay focusedAccess to a quiet, distraction-free testing roomThe IEP also covers program modifications like breaking longer assignments into chunks, reducing homework load, and focusing on the key concepts rather than memorizing tons of facts. There are research-based teaching strategies too, such as using multi-sensory methods and making lessons as hands-on as possible to engage my active learning style.Just as importantly, the IEP lays out annual goals we'll be working towards in academic areas like reading comprehension, written expression, calculation skills, and organization as well as non-academic areas like self-advocacy and social skills. I'll have regular progress monitoring to make sure we're on track or need to adjust anything.I'm honestly a bit nervous about the increased workload and expectations waiting for me in high school. But I'm trying to stay positive and remember how much progress I've already made. Ihave so many caring people in my corner, including my family, teachers, therapists, and study buddies. And my IEP ensures there's a whole team dedicated to giving me the personalized support I need to work towards my goals and remove barriers to my learning.With my optimism, hard work, and the right accommodations in place, I'm confident I can rise to meet the new challenges of high school academics and extracurriculars. There may still be bumps along the way, but having an IEP helps ensure I'll get the individualized instruction and tailored assistance I need to be able to learn alongside my peers in an inclusive environment.I'm lucky that state and federal laws like the Individuals with Disabilities Education Act (IDEA) make it a legal requirement for schools to provide free and appropriate public education in the least restrictive environment possible for all students, no matter their abilities or needs. An IEP helps make that possible for students like me with identified disabilities that impact our learning.Some people may not fully understand learning differences like dyslexia or see the importance of having access to accommodations. They might assume an IEP gives "unfairadvantages" or lowers expectations. But that perception is way off base. My brain just works a bit differently, so I need alternative pathways and tools to be able to showcase my capabilities on a level playing field. The accommodations and services in my IEP simply help remove barriers that would otherwise prevent me from reaching my academic potential.In reality, my IEP actually raises the bar and challenges me to work harder than many of my typically developing peers. I have to be even more diligent about using active reading strategies, allowing extra time for writing assignments, studying regularly with tutors, and staying organized. It's not about making things easier - it's about accessing the curriculum and being able to demonstrate what I've learned in a way that works for how my brain is wired.I see so many misconceptions and negative stereotypes out there about students receiving special education services. Too often, people assume we're lazy, unintelligent, or being given an "easy way out." In reality, myself and many of my peers with IEPs have to work twice as hard as our classmates on many assignments and tackle even greater executive functioning and self-management demands. We have to be self-aware, strategiclearners and incredibly determined. There's nothing easy about it!Our IEPs aren't crutches - they're the customize supports that allow our unique strengths and talents to shine through. Like many other students with learning differences, I'm a creative, out-of-the-box thinker with strong problem-solving abilities. I see connections others miss and excel when I can use my visual-spatial reasoning. With the right assistance to get through the mundane administrative demands of school, I'm able to channel my mental energy into the higher-level thinking and innovative projects that truly inspire me.While there's no denying that having learning disabilities creates academic obstacles, I've also gained an inner drive and set of strengths from overcoming those challenges. My advice to anyone with an IEP would be - don't buy into the stereotypes that you're incapable or need to be segregated from the mainstream. Advocate for yourself, take advantage of the supports available to you, and keep believing in your own abilities. The individualized learning pathway of an IEP is what makes it possible to keep pace with your peers and prep for whatever bright future you dream of, whether that's college, a trade, or the workforce.I still have a lot to figure out when it comes to mypost-secondary plans after high school. But no matter what path I choose, I know the self-determination, resilience, and academic resourcefulness I've developed by having an IEP will serve me well. I'm leaving high school not only with a core base of knowledge and skills, but also with self-awareness of how I learn best, strategies to achieve my goals, and the ability to advocate for the accommodations I need in order to demonstrate my capabilities. Those are tools that will benefit me for the rest of my life as a lifelong learner.篇2An Individualized Education Plan for Inclusion StudentsAs a student with special needs in an inclusive classroom, having an Individualized Education Plan (IEP) is incredibly important for my academic success. An IEP is a written document that outlines the specialized instruction, accommodations, and support services that I require to learn and thrive alongside my peers in a general education setting. Without an IEP, it would be nearly impossible for me to access the same educational opportunities as my classmates without disabilities.One of the key components of my IEP is the detailed assessment of my current skill levels, strengths, and areas for improvement. This comprehensive evaluation covers various domains, including academic performance, cognitive abilities, social-emotional development, and functional skills. By identifying my specific needs and capabilities, my IEP team can tailor the plan to address my unique challenges and capitalize on my strengths effectively.Based on the assessment results, my IEP outlines clear and measurable goals that I strive to achieve within a specified timeframe. These goals encompass academic objectives, such as improving my reading comprehension or mastering specific mathematical concepts, as well as non-academic goals related to social skills, behavior, or functional independence. Havingwell-defined targets helps me stay focused and motivated, as I can track my progress and celebrate each milestone along the way.One of the most significant aspects of my IEP is the specialized instruction and accommodations it provides. Depending on my needs, I may receive additional support from a special education teacher, a classroom aide, or other specialized professionals. These individuals work closely with my generaleducation teacher to ensure that the curriculum and instructional methods are adapted to my learning style and abilities. For instance, they may provide me with visual aids, break down complex concepts into smaller steps, or offer alternative assessments that better showcase my knowledge.Accommodations are also crucial for leveling the playing field and allowing me to access the same learning opportunities as my peers. These may include extended time on tests, the use of assistive technology, preferential seating, or modifications to the physical environment to address sensory needs. By making these adjustments, my IEP ensures that my disability does not become a barrier to my educational success.Another essential component of my IEP is the provision of related services, such as speech-language therapy, occupational therapy, or counseling services. These specialized services address specific areas of need and support my overall development and well-being. For example, if I struggle with social skills or emotional regulation, I may receive counseling or social skills training to help me interact more effectively with my peers and manage my emotions in a healthy manner.Collaboration and communication among all stakeholders, including my parents, teachers, and support staff, are vital for thesuccessful implementation of my IEP. Regular meetings are held to review my progress, address any concerns, and make necessary adjustments to the plan. This ongoing collaboration ensures that my IEP remains relevant and responsive to my evolving needs throughout the school year.One of the most valuable aspects of having an IEP is the sense of empowerment and self-advocacy it fosters. As an active participant in the IEP process, I have the opportunity to share my thoughts, express my preferences, and contribute to the decision-making process. This involvement not only helps me better understand my own learning needs but also equips me with the skills to advocate for myself and take ownership of my educational journey.While having an IEP comes with its challenges, such as navigating various accommodations and services, the benefits far outweigh the difficulties. By providing me with individualized support and ensuring equal access to education, my IEP has been instrumental in helping me reach my full potential and achieve academic success alongside my peers in an inclusive classroom setting.As I progress through my educational journey, my IEP will continue to evolve and adapt to meet my changing needs.However, the core principles of personalized support, collaboration, and self-advocacy will remain constant, empowering me to overcome obstacles and embrace the richness of an inclusive learning environment.In conclusion, my Individualized Education Plan is not just a document; it is a comprehensive roadmap that guides my educational journey, addresses my unique needs, and fosters an inclusive and supportive learning environment. With the collective efforts of my parents, teachers, support staff, and myself, my IEP has become a powerful tool for unlocking my potential and achieving academic and personal growth.篇3An Individualized Education Plan: My Journey to SuccessMy name is Jamie and I'm a 7th grade student in the public school system. Like many kids my age, I face some unique challenges in the classroom. I have ADHD and an accompanying learning disability that makes it difficult for me to focus, process information quickly, and keep up with the pace of traditional teaching methods. A few years ago, my struggles led the school to develop an Individualized Education Plan (IEP) tailoredspecifically to my needs. This plan has been invaluable in helping me access the education I deserve.What is an IEP?An IEP is a legally binding document that outlines the specialized supports, services, accommodations, and educational program modifications required for a student with special needs to succeed in school. The process begins with a comprehensive evaluation by the school to determine a student's strengths, challenges, and eligibility for services. Then, a team comprising teachers, special educators, therapists, school administrators and my parents convenes to develop a customized plan to address my specific difficulties.My IEP TeamThe heart of my IEP is the dedicated group of educators, specialists and loved ones on my team who advocates for me. My team consists of my parents, my general education teacher, a special education teacher, a counselor, and specialists like a speech therapist. At our annual meetings, we review my progress, update the plan for any changing needs, and ensure I'm receiving the tools I need to continue growing as a student.Accommodations That Help Me ThriveA major component of my IEP is a list of reasonable accommodations that level the playing field for me in the classroom setting. For example, I have the accommodation to have instructions repeated and rephrased as needed. This prevents me from misunderstanding expectations due to distractibility. I also have extended time on tests and the ability to take them in a quiet, separate space to limit overstimulation. Having a copy of class notes is helpful for when I inevitably miss information while my mind wanders.Modifications to My Learning EnvironmentIn addition to accommodations, my IEP contains modifications that adjust the requirements of my coursework and setting to meet my capabilities. For example, instead of a long research paper, I may have the option to express the same skills through an alternative project like an oral presentation. Lengthy reading assignments are often broken into chunks with comprehension checks along the way. The curriculum itself is also modified for my level - while still aligned with grade standards, I may receive a revised, more contextualized version of certain lessons.My IEP also specifies I receive most of my core instruction in a smaller, specialized classroom with a special education teacherand under 12 students. This resource room provides more individual attention, specialized teaching methods that align with how I learn best, and a quieter, more structured environment. I'm included in the mainstream classroom for non-core subjects like art and P.E. and any other periods my team deems appropriate based on my needs and skills.Support Services and TherapiesMy IEP also provides me with supplementary services like occupational therapy to improve focus, speech therapy for language delays, and counseling for managing emotional challenges tied to my disabilities. These support services are integrated into my school day through pullout sessions or provided before/after school hours.Goals and BenchmarksA critical part of any IEP is the measurable yearly goals that are customized to target a student's areas of struggle. These goals are accompanied by a series of benchmarks used to assess progress and determine if goals are being met over the course of the year. My goals encompass areas like improving reading comprehension, mastering math operations, raising scores on statewide assessments, and developing self-advocacy skills. My IEP team monitors data regularly to track whether I'm achievingthese goals with the supports in place or if we need to adjust strategies.Looking AheadWhile developing and adhering to an IEP can feel overwhelming at times, it has empowered me to understand my strengths, build self-confidence, self-advocate for what I need, and take charge of my educational journey. I'm proof that when students with special needs receive the right support system and equitable access to the curriculum, they can accomplish amazing things. My IEP, combined with patience, hard work and an unwavering commitment from my team, has allowed me to not just get by - but thrive.。
声音原理英语作文题目:The Fundamentals of Sound: An Acoustic Exploration In the vast expanse of our sensory world, sound holds a unique and profound significance. It is an invisible yet powerful force that shapes our perceptions, influences our emotions, and facilitates communication. To understand the depth of its impact, we must delve into the fundamental principles that govern the creation, propagation, and reception of sound. This essay serves as an acoustic exploration, elucidating the scientific underpinnings that transform physical vibrations into the rich tapestry of auditory experiences we encounter daily.The Genesis of Sound: Vibrations and WavesSound begins its journey as mechanical vibrations –oscillatory motions that disturb the equilibrium of matter. When an object is set into motion, such as a vocal cord vibrating during speech or a drumhead being struck by a mallet, it imparts kinetic energy to the surrounding medium, typically air. These vibrations propagate through the medium in the form of longitudinal waves, characterized by alternating compressions and rarefactions of particles.At its core, a sound wave is a disturbance that carriesenergy without transferring any net mass. It possesses three fundamental properties: frequency, amplitude, and wavelength. Frequency refers to the number of oscillations per unit time, measured in Hertz (Hz), and determines the pitch of the sound. Amplitude represents the maximum displacement of particles from their resting position and is directly proportional to the loudness or intensity of the sound. Lastly, wavelength is the distance between two consecutive points of the same phase in the wave, influencing the perceived timbre and the way sound interacts with physical barriers.The Medium Matters: Propagation and AttenuationSound waves cannot travel in a vacuum, as they require a medium for transmission. Different media, such as air, water, or solids, have distinct densities and elastic properties that affect the speed at which sound travels. In general, sound moves faster through denser materials and those with higher elasticity. This explains why underwater sounds seem closer and louder than their equivalent on land, and why we can sometimes hear distant conversations through walls more clearly than when they occur outdoors.During propagation, sound waves encounter various forms of resistance, leading to attenuation –a reduction inamplitude over distance. Factors contributing to attenuation include absorption by the medium, scattering due to irregularities in the medium, and geometric spreading, where the energy of the wave is dispersed over an increasingly larger area as it moves away from the source. Attenuation plays a crucial role in shaping our auditory environment, determining the audibility range of sounds and the extent to which they can be localized.Perception and the Human Ear: Decoding SoundThe human ear is a marvel of biological engineering designed to capture, transduce, and interpret sound waves. Sound waves enter the outer ear, or pinna, which funnels and amplifies the sound, directing it into the ear canal. At the end of the canal lies the eardrum, a thin membrane that vibrates in response to the pressure variations of the incoming sound wave.These vibrations are transmitted through the middle ear's ossicles –the malleus, incus, and stapes –which act as a lever system, amplifying the vibrations and transmitting them to the inner ear. Within the cochlea, a spiral-shaped fluid-filled structure, these mechanical vibrations are converted into electrical signals by hair cells. The frequency-dependentactivation of hair cells along the basilar membrane creates a tonotopic map, which the brain decodes as different pitches.Moreover, the brain processes temporal and spatial cues embedded in the sound wave to localize the source, discern speech from background noise, and extract meaningful information from complex auditory scenes. Our ability to perceive and analyze sound is not only a testament to the intricate workings of the auditory system but also underscores the importance of understanding sound principles in fields such as acoustics, psychoacoustics, and audiology.Conclusion: Unraveling the Sonic TapestryThe principles governing sound –from the generation of vibrations to their propagation through various media, and ultimately their interpretation by the human ear –form the fabric of our auditory experience. Understanding these fundamentals not only enriches our appreciation of the intricate symphony of everyday sounds but also enables advancements in numerous applications, ranging from music and audio engineering to architectural acoustics, medical diagnostics, and even environmental monitoring.By unraveling the mysteries of sound, we gain deeper insight into the invisible yet potent force that shapes ourperceptions, communicates ideas, and connects us to the world around us. In essence, the study of sound principles is a journey into the very essence of auditory perception, revealing the remarkable interplay between physics, biology, and human cognition in our encounter with the vibrant realm of sound.。
你怎样评价一件艺术作品英语作文全文共3篇示例,供读者参考篇1How to Evaluate an ArtworkAs an art student, one of the core skills we need to develop is the ability to evaluate and analyze artworks critically. Whether we're studying paintings, sculptures, installations, or any other form of visual art, being able to look at a piece thoughtfully and articulate our understanding and interpretation of it is crucial. In this essay, I'll share some key considerations and approaches I've learned for evaluating artworks effectively.The first step is simply to look – really look – at the artwork itself. Don't rush to any judgments or conclusions. Spend time taking in all the visual elements and letting your eyes move across the entire piece. Notice the colors, shapes, lines, textures, and materials used. Observe how the elements are arranged and how they relate to each other. Look for patterns, contrasts, and areas of emphasis.As you're observing the physical aspects of the artwork, also pay attention to the thoughts, feelings, and associations itevokes within you. What emotional responses are you having? What personal experiences, memories, or ideas does it bring to mind? Don't censor or judge these reactions – simply notice them. They can provide valuable insight into how the artwork is affecting you as a viewer.Once you've spent ample time looking, start considering the artistic choices and decisions the artist has made. Why did they select those particular colors, shapes, mediums, etc.? How did their choices contribute to or reinforce the overall message, meaning or emotional impact of the work?It's also important to try to understand the artist's inspiration, intention, and perspective. What was their artistic vision or goal? Were they making a personal statement, telling a story, prompting a dialogue, or challenging conventional thinking in some way? Researching the artist's background, philosophical beliefs, and historical/cultural context can shed light on their motivations.From there, move into analyzing the specific artistic elements and principles at play, such as:• Line - The use of lines to create shape, pattern, texture, movement, etc. How do the different types of lines direct your eye?• Shape/Form - The intersections of lines, edges, surfaces, and volumes that define the piece. How do they create areas of positive and negative space?• Value - The differing levels of light and dark across the artwork. Where is emphasis created through contrast? How does value contribute to the sense of form?• Color - The specific hues used and how they interact. Is the color scheme harmonious or discordant? How does it affect the mood and meaning?• Texture - The qualities of roughness, smoothness, patterns, etc. both physical and visually implied. How does texture add richness, depth and dimensionality?• Space - The artwork's sense of depth, perspective, foreground, background, overlapping, etc. How does the artist control your perception of spatial relationships?• Balance/Movement - The ways the elements are arranged to create visual weight, flow, stillness or action within the composition. How does your eye travel across the piece?Beyond these technical components, also consider the overall emotion, symbolism, cultural/social commentary, and conceptual framework surrounding the artwork. Does it alignwith or deviate from traditional artistic styles and schools of thought? How well does the work communicate its intended message or provoke the desired reaction from viewers?It's perfectly fine if your personal evaluation differs from the artist's stated intent or from scholarly interpretations. The most important thing is to back up your perspective with evidence, reasoning, and supporting details from your analysis. There is seldom one definitive way to interpret an artwork. Each viewer will experience it through the lens of their own backgrounds, knowledge and life experiences.Ultimately, evaluating artworks is an enriching process of careful observation, critical thinking, and constantly striving for greater understanding and appreciation of creative expression. The more we critically examine and discuss works of art, the more we expand our ability to derive meaning from visual and symbolic imagery. It helps us connect more deeply with artists across cultures, identities, and eras.So whenever you encounter an artwork that intrigues you, I encourage you to pause, clear your mind of preconceptions, and slowly immerse yourself in it, both visually and conceptually. Look beyond just deciding whether you "like" it or not, and really try to unpack what the artist has communicated through theircreative choices. Doing so can open whole new levels of insight, perspective, and human connection through art.篇2How to Evaluate an ArtworkAs an art student, I've learned that evaluating artworks is a skill that takes practice and an open, inquisitive mindset. There's no single right way to interpret a piece - different viewers can have vastly different reactions and takeaways. However, there are some useful questions and criteria we can consider to deepen our understanding and appreciation of an artwork.First, it's important to carefully observe the physical qualities and components of the piece. With a painting, we might note the materials used, the color palette, the brushwork or style, the subject matter depicted, and how the elements are arranged and relate to each other within the composition. For a sculpture, we'd examine the form, the materials, the texture, the use of positive and negative space, and how our viewpoint affects our perception of the piece as we move around it. Essentially, we want to deconstruct the foundations and building blocks the artist has used to construct their work.Next, we can move beyond just describing the literal, objective characteristics and start interpreting the more subjective, expressive qualities. What mood, emotions, or ideas is the artist trying to convey? What symbolic or metaphorical meanings might certain elements or motifs carry? If it's an abstract piece, how does it make us feel, what sensations or impressions does it stir up through its use of color, line, shape, and texture? An abstract work may be more about evoking visceral responses than telling a linear story.To dig deeper into an artwork's meaning and significance, it's valuable to consider the context around its creation. When was it made, and what was happening historically, culturally, and in the artist's life during that period? How did it relate to the major art movements, styles, and philosophies of that era? What inspired or influenced the artist? Understanding this backdrop can reveal deeper symbolic layers and intentions behind the work.Comparing the piece to other works by the same artist or their contemporaries can also be insightful. How does it align with or depart from their usual themes, techniques, and creative vision? Where does it fit within their overall artistic evolution and development? Seeing an artwork's connections to anddepartures from the work of other artists in that time and place can further illuminate its significance.On a more personal level, we can reflect on our own subjective experiences and reactions. What emotions, memories, or associations does the piece trigger within us? How does it resonate with or challenge our own views, beliefs, and experiences? A powerful artwork should compel us to feel something, whether intellectual contemplation, emotional resonance, or an instinctive gut reaction.While forming our evaluation, it's important to support our interpretations with specific evidence and examples from the work itself, rather than just making vague generalizations. We should point to particular visual elements, artistic choices, and details that substantiate our analyses. At the same time, we must be open to nuance, complexity, and ambiguity - great artworks rarely have a single, definitive meaning but are layered with multiple possible interpretations.Ultimately, the most enriching way to experience an artwork is to explore it from multiple perspectives - visual, contextual, comparative, personal - and to have the courage to develop and articulate our own responses, impressions, and critiques, while respecting that other thoughtful viewers may perceive itdifferently. The process of careful observation, analysis, questioning, and opening ourselves to new ideas and ways of seeing is at the heart of not just appreciating art, but engaging with the world around us in a deeper way.篇3How to Evaluate a Work of ArtWhen it comes to evaluating art, everyone seems to have an opinion. From professional critics to your annoying aunt, people love to share their thoughts on whether a piece is good, bad, meaningful or just plain weird. As a student, I've had to analyze countless artworks for class, but I've found that there's no single right way to evaluate a piece. However, there are some useful guidelines and questions you can consider to develop a thoughtful critique.First and foremost, you have to look at the piece itself - what materials were used, what style or movement does it belong to, what colors or shapes draw your eye? Don't just glance at it, but study it carefully. The more time you spend visually exploring the artwork, the more you'll start to notice small details and techniques used by the artist. Try to figure out the artistic process - was this a quickly rendered sketch or the result ofhundreds of hours of labor? The materials and method of creation can give you clues about the meaning.Once you've examined the surface, look at the subject matter. Is it a portrait, a landscape, an abstract composition? Identify the key figures, objects or visual elements. Then dig deeper - what symbols or metaphors might be present? A simple still life could represent affluence and materialism or make a commentary on society's obsession with consumerism. An abstract tangle of lines might be the artist's representation of chaos, confusion or the complexity of the human mind. The subject gives you an entry point into analyzing the potential meaning.Of course, you can't fully interpret a work without considering the artist's background and intent. Research the artist - their life story, their artistic philosophy, historical and cultural context, and what inspired or influenced the particular piece you're studying. However, don't let the artist's stated meaning overshadow your own interpretation. A great work of art can have multiple layers and meanings that even the creator may not have anticipated.When developing your evaluation, examine your own personal and visceral reaction to the artwork. How does it makeyou feel - energized, unsettled, nostalgic? What emotions or memories does it provoke? Don't be afraid to tap into your subjective experience. While an academic analysis is important, art is meant to make us feel something. Your individual perspective can be a gateway to deeper understanding.With a solid grasp of the objective details and your subjective impressions, you can start to piece together the themes, messages and significance of the work. What deeper truths is the artist trying to capture or convey? Is it a celebration of beauty, an expression of anguish, a commentary on society? Link the tangible elements to the intangible concepts and core ideas.Additionally, you might consider the artistic merit and lasting impact of the piece. Does it demonstrate exceptional skill, creativity or innovation? Did it influence later artists or mark an important artistic movement? Has it become an iconic or controversial work that provokes ongoing dialogue? While artistic quality is subjective, contemplating the creative achievements and cultural relevance of a work can further your understanding.Ultimately, there is no formula for evaluating art, but rather a continuous process of observing, interpreting, and reassessingbased on new contexts and perspectives. A great work will reveal something new each time you experience it. As a student, don't be afraid to question and disagree with the accepted interpretations. Developing your ability to engage with and critique artworks will deepen your appreciation for their beauty and power.In the end, the greatest artworks are those that stir our emotions, challenge our perceptions, and linger in our minds long after we've turned away. The very fact that we're still discussing and debating the meanings of works created centuries ago is a testament to art's enduring ability to capture universal human experiences. So look closely, feel deeply, and form your own evaluation - that's part of the wonder and magic of experiencing great art.。
有关视觉训练的英文文献Visual training is a dynamic field that's constantly evolving. It's not just about improving eyesight; it's about enhancing the way we perceive and interact with the world around us. Imagine being able to focus on a task for longer periods without strain, or noticing details that you might have missed before.The science behind visual training is fascinating. It involves the brain as much as the eyes. Techniques like eye exercises, visual perception training, and even the use of specialized software are employed to sharpen visual skills. It's like a workout for your eyes and brain, but without the sweat.Did you know that visual training can be as simple as playing video games? Certain games are designed to improve hand-eye coordination and reaction time. It's a fun way to engage in visual training without even realizing it.In some cases, visual training is a necessity. For those with conditions like amblyopia or strabismus, regular visual exercises can make a significant difference in their quality of life. It's not just about seeing better; it's about living better.The benefits of visual training extend beyond just the physical. It can also boost cognitive functions. By training your eyes to work together, you're also training your brain to process information more efficiently.Technology plays a huge role in modern visual training. From virtual reality to augmented reality, the possibilities are endless. These technologies offer immersive experiences that can simulate real-world scenarios, making the training more effective.Visual training isn't a one-size-fits-all approach. It's personalized. Depending on your needs and goals, a professional can tailor a program that suits you best. It's like having a personal trainer, but for your vision.Sometimes, visual training is about prevention rather than cure. Regular check-ups and exercises can help maintain good vision and prevent issues from developing in the first place. It's like brushing your teeth every day to keep them healthy.The community around visual training is vibrant and supportive. There are forums, workshops, and even social media groups where people share their experiences and tips. It's a great way to stay motivated and learn from others.Visual training can be a journey of self-discovery. As you improve your visual skills, you might find that you're also gaining a new perspective on life. It's an empowering experience that can change the way you see the world, literally.。
Study of Visual Spatial Perception Performance at Close Range inUnderground Coal MineRen Dawei, Liu Yang,Chen Litao( Department of Industrial Engineering, Mining and Safety Engineering, Shandong University ofScience and Technology)Abstract:In underground coal mine, the environment is complex, crowded with miners and equipments, and lacks of color. The accuracy of visual spatial perception plays a crucial role in safety production. By simulating the environment of underground coal mine, a visual spatial perception experiment has been carried out in which the participants’ visual spatial perception performance of different target objects in two models—from far and near and from near and far have been tested. Experimental results have shown that the visual spatial perception distance is significantly shorter than target distance and participants’ visual spatial perception performanc e of deep pink objects is the poorest. In addition, the impact of the H of IHS color space on visual spatial perception has become regular. The experimental results have provided references for setting warning marks, safe distance and choosing colors for production facilities and equipments in underground coal mine.Keywords:underground coal mine; visual spatial perception; HIS; participants' agreed with frequency1.IntroductionWith the complex environment of underground coal mine crowded with miners, equipments and production activities, they should accurately judge the relative positions of all kinds of target objects within the range. However,, they are easy to cause visual fatigue because there is no enough natural light except light from lamps and the roadway is mainly grey and dark. Therefore, it is necessary to make a research on the impacts of colors and relative motion directions of objects on people's visual spatial perception performance.The visual spatial perception is the individual reflections of the concave and convex of the same object or different objects of different distances. Generally speaking, the realization of spatial perception relies on lots of objective conditions, the individual's internal conditions or clues and comprehensive use of existing visual experience. In summary, the clues of spatial perception include monocular clues and binocular ones. The former focus on the characteristics of the visual stimulus themselves, mainly including the relative sizes of objects, shelters, texture gradient, light and shadow, perspective lines, aerial perspective and motion parallax. The later focus on image preprocessing in spatial frequency domain after received by two eyes retinas. The clues processed by each channel are sent to the higher level to be integrated and finally perceived in the form of depth perception[1].At present, researches on factors which influence the miners’ spatial perception performances in the close view in underground coal mine are significantly few, and mainly in traffic field.Guo Weili, along with others, in the study of truck driver's visual spatial perception, has measured the spatial perception accuracy of 248 male truck drivers under the conditions of low speed and high speed motions of the visual object by using the visual space tester. Results have shown that there are not many differences between truck drivers’ visual spatial perception accuracy of safety and accident groups under the condition of low speed movement of the visual object, while under the condition of high speed movement, significant differences appeared, and working age has great influences on it[2].Chu Yuede, in the preliminary study of depth perception ability on basketball player, has revealed that basketball athletes of different sports levels have different depth perception abilities. In the age group of 1-22, age does not affect depth perception ability at all[3].Yu Hao et al. have pointed out that the depth perception provides efficient references for selecting seafarers in the study of the depth perception of seafarers. The depth perception of seafarers is not affected by ages, working ages, and the length of service. The seafarers’ depth perception is same although they are in different positions, have different educational levels and come from different places. It is appropriate to select seafarers in terms of the depth perception[4].Jochen Musseler et al. in Visual Space Perception and Action have put forward that visual action is essential for a dynamic environment, especially in the visual spatial perception. It has been emphasized that they would be more efficient if they were used from different theoretical and empirical view[5].HIS, in which I, H, and S respectively represent brightness, hue and saturation, are indexes which are commonly used to describe the color characteristics of objects. In the visual performance research, HIS are often used as quantitative indexes for the conversion of RGB. The conversion between IHS and RGB is based on the triangle transform formula. As shown in formula (1-1) and formula (1-2).)(B G R I ++=31Formula (1-1) ⎪⎪⎪⎩⎪⎪⎪⎨⎧-=--==-=--==-=--==I GS G I G R H Min G I RS R I R B H Min R I B S B I B G H Min B 1,)(3,1,)(3,1,)(3,当当当 Formula (1-2) Wang Xiaoyan et al. have raised that the combination algorithm of remote sensing image ofHIS based on structure similarity and wavelet transform can raise the algorithm in the fusion image's resolution ratio, and at the same time, it can also maintain the spectral characteristics of original multispectral. It is an ideal fusion method of remote sensing images [6].Chai Yanmei et al. have found that a new method based on the fusion of direction information measure and IHS transform image is much more efficient than the traditional IHS fusion method and IHS fusion method based on histogram matching in keeping the T M spectral information and resisting noises [7].2. Experimental MethodsOn the basis of existing researches, this experiment chooses a certain number of people as the experimental objects of visual spatial perception to measure the cognitive distance of different target objects of IHS color space by simulating the visual environment of underground coal mine. 2.1 Simulating the Environment of Underground Coal Mine and Experiment DevicesThe simulated underground coal mine environment primarily refers to the visual environment. In the experiment, a rectangular space whose length, width and height are respectively 500 cm, 220 cm and 270 cm is built by using blocking materials. All of it are covered with black shade cloth. There is an exit for getting in and out and participants’ moving, and on the other end, target objects are placed on a 120 cm high black lab bench. The reflective rate of black shade cloth is about 3.5%[8].The rest experimental materials include some colorful paper cube target objects which are same in size (18cm X18cm X18cm) and shape, leather measuring tape, simulated adjustable miner’s lamp, illuminometer, hygrothermograph, lab records and other supporting tools. The RGB a nd HIS of the selected objects’ color are listed in Table 2.1.Table 2.1 Transform between RGB and HIScolor R G B I H S Deep pink 255 20 147 141 0.65 0.86 pink A 255 105 180 180 0.62 0.42 pink B 255 192 203 217 0.85 0.11 Orchid purple 218 112 214 181 0.51 0.38 sky blue 0 191 255 149 0.57 1.00 blue green2551271270.331.00forest green 34 139 34 69 1.00 0.51 gray 128 128 128 128 0 0 yellow 255 255 0 170 0.50 1.00 orange 255 165 0 140 0.39 1.002.2 ParticipantsThe experiment recruits 20 male participants, and their average age is 21.45 and the variance is 28.95. All participants' corrected vision is above 1.0 and there is no color blindness and color amblyopia. Their cognitive levels are approximately same and they have not taken part in similar experiments before.2.3 Experimental ProcessesStep 1: The participants are required to get together in the laboratory at 8 p.m. All windows are covered by curtains to prevent outside light coming in. Then, turn on all lamps and place the black cube target object on the 120cm-high white lab bench. Four observation points are respectively set in 4 places--300cm, 350cm, 400cm and 450cm away from the target object which are called target distances. Then, let participants take turns to stand on every point to watch the target object for about 15 minutes. In the experiment, some environmental indexes are as follows: the temperature of simulated broadway environment is 25℃, relative humidity 60%, the average illumination value of indoor environment 150.3lx, the average illumination value of simulated broadway environment 0.5lx, and the illumination of simulated lamps should be 150lx.Step 2: The participants are allowed into the simulated coal mine environment in turn. With the he lp of miner’s hand lamp, each of them are required to watch the pink-A target object and then position the above four different observation points from near and far in 8 seconds. The experimenter records the different locations participants have judged respectively. In every judgement, the distance between target object and every participant is called "visual spatial perception distance".Step 3: Change the color of the target object into color of pink-B, deep red, orchid deep purple, sky blue, blue green, forest green, gray, yellow, orange target object in turn and repeat step 2 for 9 times.Step 4: This time, participants are required to watch the target object and then position the above four different observation points from far and near. The color of target object is respectively changed into deep red, turquoise, forest green, pink-A, gray. Repeat step 2 for 5 times.3. Experimental Analysis and DiscussionIn this experiment, during the observation of the target object of 10 different colors from near and far, 400 records of visual spatial perception are obtained, and for the observation of target object of 5kinds of colors from far and near, 200 records are acquired. The participants’ visual spatial perception distances about the forest green target object are shown in Table 3.1.Table 3.1 Visual spatial perception distance about forest green target objecttargetdistanP1 P2 P3 P4 P5 P6 P7 P8 P9 P10 ce300 414 364 347 326 320 337 339 325 351 360350 454 414 397 386 391 398 409 390 412 414 400 502 459 464 464 457 455 465 450 464 464 450558505521520518 5095155075135113.1 Experimental AnalysisThe analysis is mainly about two sides: first, the relationship between the average value of participants’ visual spatial perception distance and the target distance; second, the relationship between the IHS characteristics of target objects of different colors and the visual spatial perception.3.1.1 Relationship between the Average Value of Participants’ Visual Spatial PerceptionDistance and the Target DistanceTable 3.2 is a comparison table about the average value of participants’ visual spatial perception distance and the target distance, the average value of visual spatial perception distance from far and near and the average value of visual spatial perception distance from near and far. In the table, the average value of all kinds of participants’ v isual spatial perception distance is bigger than that of target distance and there is the linear relationship between them in regression analysis. The coefficient of determination of goodness of fit is bigger than 99.99%. Its fitting equations are shown in formula (3-1), formula (3-2) and formula (3-3).8937.60378.1+=X Y all Formula (3-1) 48.80698.1+=→X Y near far Formula (3-2)945.501086.1+=→X Y far near Formula (3-3)Table 3.2 Average Value of Participants’ Visual Spatial Perception Distance and the TargetAbout 99.99% records can be covered by the above fitting equations. The t-test(α=0.05) has shown that participants’ visual spatial perception distance are quite different from the target distance. And by using F-test(α=0.05), there is significant differences between visual spatial perception distance from far and near and that from near and far3.1.2 Relationship between the IHS Characteristics of Target Objects of Different Colors andthe Visual Spatial Perception DistanceWhen the target distance remains the same, the change trend between the participants’ agree with frequency of visual spatial perception and H, S of IHS color space is shown in figure 3.1. The fitting equations of the four lines are as formula (3-4), formula (3-5), formula (3-6) and formula (3-7).Figure 3.1 The tendency chart between participants' agreed with frequency on visual spatialperception and H, S of IHS color space 946.11x 52.967x 8.7060x 17850x 18747x 9.6998y 23451+++-+-= Formula (3-4) 13x 76.583x 6.3162x 6.5275x 8.2683y 2342++-+= Formula (3-5) 975.11x 143.54x 34.539x 5.1435x 2.1095x 16.141y 23453+++-+-= Formula (3-6) 13x 83.155x 64.748x 29.962x 48.375y 2344+-+-= Formula (3-7)When H < 0.5, the variation tendency of visual spatial perception from far and near and fromnear and far is almost the same with H increasing and participants' agreed with frequency on every color is consistent with each other. When H > 0.5, the change range of visual spatial perception from far and near is greater than the other with H increasing. And the participants' agreed with frequency on every color is greater than the other. With the increase of S, the variation tendencies of visual spatial perception from far and near and from near and far are roughly same, and the participants' agreed with frequency on every color is consistent.Figure 3.2 shows the variation tendency of the participants' agreed with frequency on visual spatial perception distance and the value I of IHS color space. With value I increasing or decreasing in the figure3.2, participants' agreed with frequency on all colors is unconspicuous.Figure3.2 A Tendency Chart between Participants' Agreed with Frequency on Visual Spatial Perception and I of IHS Color Space at the Same Target Distance3.2 DiscussionBy the analysis of experimental data, the results are as followed:(1) There are clear differences between between participants’ visual spatial perception distance and the target distance. It is true of visual spatial perceptions from far and near and from near and far. All the average values of participants' visual spatial perception distance are less than target distance, and there is a linear relationship between them.(2) In the experiment, the participants’ visual spatial perception distance about deep red target object is the shortest and participants' agreed with frequency is maximum.(3) In IHS color character istics, the changes of H have clear influences on participants’ visual spatial perception, especially when there are significant differences between visual spatial perceptions for target objects from far and near and from near and far; With the S increasing, visual spatial perceptions for target objects from far and near and from near and far have almost same variation tendencies; The changes of I does not clearly affect participants’ visual spatial perceptions.4. SummaryThrough the experiment, the result s have shown that participants’ visual spatial perception is significantly affected by simulated environment of underground coal mine, the visual spatial perception for deep red target object is the least and H and S of IHS affect visual spatial perception a lot, which provide references for the setting and use of warning marks, choosing colors for production facilities and equipments and setting a safe distance in underground coal mine. However, the shortages of the experiment are that many indexes have not been considered such as coal mine dust, ventilation, participants' psychological and physiological factors, etc. In addition, many factors, such as the shape, size and color of target object, the different number of experimental records in the two positioning processes, may affect the accuracy of the experiment, which needs to be further verified.References[1] Yao Guozheng. Depth Information Processing Way on a Monocular Cue or not[J]. Progress inBiochemistry and Biophysics, 1984, 4: 20-24.[2] Guo Weili. truck driver's visual spatial perception study[J]. Chinese Journal of Ergonomics,1999, 5(3): 10-13.[3] Chu Yaode. A Preliminary Study on Perceptual Ability of Depth among Basketball Players[J].Chinese Journal of Applied Psychology, 1988, 4: 55-59.[4] Yu Hao. Study of the Depth Perception of Seafarers[J]. Chinese Journal of Nautical Medicineand Hyperbaric Medicine, 2006, 3(1): 15-17.[5] Jochen Musseler. Visual space perception and action: Introductory remarks.[J], VisualCognition, 2010, 1:129-136.[6] Wang Xiaoyan. A Kind of Based on Structure Similarity of the Combination of IHS andWavelet Transform Algorithm Used in Remote Sensing Image.[J], Journal of Lanzhou University(Natural Sciences) ,2011, 47(5): 1-6.[7] Cai Yanmei. A Kind of Based on Direction Information Measure and IHS Transform of a NewMethod of Image Fusion.[J]. Journal of Northwestern polytechnical University, 2004, 22(4): 422-425.[8] Zhou Ren. The Smallest Reflective Rate of Coal and Reflective Rotation Angle Test.[J]. CoalGeology & Exploration, 1980, 6: 72-73.。