梁洪庆资金管理系统毕业设计

资金监管乡镇财政毕业设计3篇【精品发布】第一篇一、乡镇财政资金监管的内容做好涉及农补贴的信息的基本工作，认真核查信息的准确性、完整性，创建全面、有效的公开制度，力求做到“对上对下”的公开。

“对下”是指对群众和项目实施的工作单位的公开，敢于接受群众的监督，“对上”是指对上级财政部门与主管部门公开，做到及时准确地反馈资金的下达、使用情况和存在的问题。

对各项补助政策、惠农补助相关信息，及时传达、发放给群众，保证农民的知情权，强化社会的监督。

二、乡镇财政资金监管指导要点（一）强化乡镇财政管理，建立创新管理模式目前的乡镇财政资金的门类较多，涉及面较广，而且政策性很强，这就要求加强乡镇财政管理。

第一，要改善管理方式，加强乡镇建设的重心。

第二，建立创新性管理的模式，加大对项目资金的管理力度，财政资金管理存在着薄弱环节———项目资金的管理，它也是管理的难点。

项目管理关系到上下监督、部门与部门之间的监督、再加上技术性的问题，主体责任很难分清。

针对这一现象，建议推行“划分类别、分层管理”。

具体步骤：一、可以根据项目的隶属关系来划分直接与间接管理，比如村镇的项目就属于直接管理项目，学校、卫生所就属于间接管理项目。

对于直接管理项目，乡镇财政应该加大对项目实施的监督力度。

间接管理项目，可以由县财政、乡财政一起参与监督。

二、可以根据项目的内容和技术含量来划分，分为技术性与非技术性的项目，技术性项目由县财政、乡财政参与监督，非技术型项目可由乡财政全面监督。

（二）计划监督计划监督主要侧重乡镇范围财政项目资金的管理与上级的交流问题。

要加强前期项目资金的控制，就要强化计划管理，处理好与项目上级的沟通与联系，成立完善的项目库，强化计划性。

可以充分利用现代的信息技术平台，增加乡县之间的互动。

首先，乡镇财政可以通过信息平台了解上级财政的投资项目信息情况，他们可以与县财政项目管理取得联系。

其次，县财政在保证各乡镇财政项目或者项目资金拨付情况的同时，可以及时通知资金项目所属乡镇，使乡镇能够有效地对项目资金进行监督。

企业财务管理系统的设计与实现的开题报告一、研究背景企业财务管理是企业管理的重要组成部分，对企业的健康发展具有重要意义。

随着信息技术的不断发展，企业财务管理也向着信息化、智能化的方向发展，企业财务管理系统得到了广泛应用。

企业财务管理系统可以帮助企业管理者实现企业资金流向的全面监控、财务数据的准确统计和分析，从而为公司决策提供准确的基础数据，帮助企业快速反应和调整。

二、研究目的本课题旨在开发一个企业财务管理系统，为企业提供全面的财务管理服务。

具体而言，该系统将实现以下目标：1. 实现企业财务管理全流程电子化通过对企业财务管理过程进行分析，确定系统应包含的财务管理模块，实现企业财务管理全流程电子化。

具体模块包括：预算管理模块、会计管理模块、财务分析模块等。

2. 提高企业财务管理效率通过优化财务管理流程、提高数据处理自动化水平、自动分析企业财务情况，提高企业的财务管理效率，降低企业的运营成本。

3. 做出准确的财务决策通过对企业财务情况的全面定期、实时分析，获取准确的财务数据，给企业领导提供全面的财务决策依据。

三、研究内容本课题将针对企业财务管理的实际需求，设计和实现企业财务管理系统。

具体内容包括：1. 企业财务管理系统需求分析根据企业财务管理的实际需求，确定企业财务管理系统需求。

为此，需要对企业财务管理流程进行全面的分析，并结合实际数据考虑不同客户的个性化需求。

2. 企业财务管理系统整体架构设计根据需求分析结果，设计企业财务管理系统整体架构。

系统整体架构将包括系统模块划分、模块功能定义等。

3. 企业财务管理系统核心模块的设计和实现根据整体架构设计完成后，将对核心模块的设计和实现展开。

核心模块主要包括：预算管理模块、会计管理模块、财务分析模块等，采用主流开发语言进行开发。

四、研究方法本课题将采用软件工程的开发流程，具体而言包括：需求分析、系统设计、编码、测试、交付等阶段。

其中，需求分析阶段将采用面向对象方法，对企业财务管理流程进行建模；系统设计阶段将采用MVC模式，设计系统整体架构；编码阶段将采用主流编程语言实现核心模块；测试阶段将采用黑盒测试和白盒测试结合，确保系统的质量。

资金管理信息系统的设计与实施资金管理是一个企业运营中至关重要的环节，它涉及到企业各类资金的流动、分配和使用等方面的工作。

为了提高资金管理的效率和准确性，许多企业引入了资金管理信息系统。

本文将重点介绍资金管理信息系统的设计与实施。

一、资金管理信息系统的设计1.需求分析：在设计资金管理信息系统之前，首先需要进行需求分析。

这包括明确企业的资金管理流程、各类资金的流动情况、管理人员的需求以及与其他系统的集成等。

通过详细的需求分析，可以为后续的系统设计工作提供基础和指导。

2.系统架构设计：根据需求分析的结果，进行资金管理信息系统的架构设计。

系统架构设计包括数据库设计、前后台界面设计、数据流程与业务逻辑的设计等。

在设计过程中应充分考虑系统的易用性、可扩展性和安全性等方面的要求。

3.功能模块设计：根据资金管理的具体需求，对系统进行功能模块的设计。

主要包括资金预算管理、资金流动与调度管理、资金结算与核算管理等模块。

每个功能模块都应具备清晰的功能定位和合理的操作流程，以满足用户的实际需求。

4.界面设计：设计用户界面时应注重用户体验和操作的便捷性。

界面设计应简洁明了，符合用户的操作习惯，并使用直观的图形化界面，以提高用户的操作效率和满意度。

5.数据库设计：在设计数据库时，需要根据资金管理的需求确定各个数据表的结构和关系。

数据库设计应具备良好的数据存储和查询性能，同时注重数据的安全性和完整性。

二、资金管理信息系统的实施1.系统开发：根据设计结果，进行资金管理信息系统的开发工作。

开发工作包括编码、测试、优化等环节。

在开发过程中要充分与用户进行沟通和反馈，确保系统实现用户需求和预期的功能。

2.系统上线：在系统开发完成后，需要进行系统上线的准备工作。

这包括系统的安装与配置、数据迁移、用户培训和系统测试等。

系统上线前需进行全面的测试，确保系统的稳定性和安全性。

3.系统运行与维护：系统上线后，需要进行系统的运行和维护工作。

这包括对系统进行监控、故障排查与修复、数据备份与恢复等。

摘要企业资产管理系统是一个企业单位不可缺少的部分,它的内容对于企业单位的决策者和管理者来说都至关重要,所以企业资产管理系统应该能够为用户提供充足的信息和快捷的查询手段。

但一直以来人们使用传统人工的方式管理企业资产的信息，这种管理方式存在着许多缺点,如:效率低、保密性差,另外时间一长,将产生大量的文件和数据,这对于查找、更新和维护都带来了不少的困难。

随着计算机技术的不断发展，计算机应用于各大领域，并给人们的生活带来了极大的便利，在企业管理系统亦是如此。

以往企业资产员由于缺乏适当的软件而给其工作带来了很多不便。

本论文所介绍的便是一个企业资产管理系统，以方便在企业资产安排和企业资产管理上的工作任务。

开发这样一套管理软件成为很有必要的事情。

经过分析，本系统使用MyEclipse8.6为开发工具，利用其提供的各种面向对象的可视化开发平台作为开发工具。

通过分析传统的人工管理系统的系统分析部分，包括可行性分析、组织机构分析、管理职能分析、业务流程分析、数据流程分析、数据字典、处理描述等等；数据库运用SQLSERVER2008，介绍了具体的数据库表以及功能，系统介绍部分主要介绍了系统功能设计和数据库设计；系统实现部分列出了几个主要的程序框图，并附带了一些主要的窗口和程序。

关键词：企业资产管理 SQLSERVER数据库 C/S结构ABSTRACTFixed Assets Management System is an enterprise units indispensable part It is an enterprise units for the policy makers and managers are of great importance, Therefore, fixed asset management system should be able to provide users with sufficient information and efficient means of inquiry. But there has been the use of traditional artificial approach in the management of fixed assets information, This mode of administration, there are many drawbacks, such as : low efficiency, poor security, the other over the long term. will have a lot of documents and data, which identify, update and maintenance caused a lot of difficulties. As computer technology continues to develop, computers for all major areas, and to people's lives brought great convenience, In fixed management system is reflected. Members of the previous fixed assets due to the lack of appropriate software, which bring to their work a lot of inconvenience. This paper is presented in a fixed asset management system, to facilitate the arrangements in fixed assets and fixed assets management of the task. This paper introduces the fixed-asset management system throughout the design process.Develop such a management software become necessary things. After analysis, the system uses MyEclipse8.6 for the development of tools to provide a variety of its object-oriented visual development platform as a development tool. By analyzing the traditional manual system analysis part of the management system, including feasibility analysis, organizational analysis, management, functional analysis, business process analysis, dataflow analysis, data dictionary, process descriptions, etc.; database using MySql,information on specific database form and function, the system description of system features some of the major design and database design; system implementation section lists the main block diagram, and with some of the main window and procedures.Key words：Enterprise Asset Management SQLSERVER database C / S structure目录1 前言 (1)1.1 开发背景 (1)1.2 国内外研究现状 (2)1.3 系统设计目标 (2)2 系统开发所采用的技术 (3)2.1 开发平台与工具 (3)2.1.1 Java技术简介 (3)2.1.2 环境开发介绍 (3)2.1.3 系统结构 (3)2.1.4 SQL SERVER数据库介绍 (4)3 企业资产管理系统的需求分析 (6)3.1 系统的需求 (6)3.2 用户界面需求 (6)3.3 可行性分析 (7)3.3.1 技术可行性分析 (7)3.3.2 经济上的可行性 (8)3.4 企业资产管理系统的需求概述 (8)3.4.1 系统目标 (8)3.5 企业资产管理系统需求模型 (8)4 系统总体设计 (9)4.1 系统功能模块划分 (10)4.2 数据库分析 (12)5 系统详细设计与实现 (17)5.1 系统实现 (17)5.1.1 数据库的连接 (17)5.1.2 首页程序设计 (17)5.1.3 系统设置中资产价格的下限设置程序设计 (18)5.1.4 资产信息类别管理页面程序设计 (20)5.1.5 添加职员页面程序设计 (21)5.1.6 系统资产还借管理程序设计 (22)5.1.7 系统资产帮助模块 (23)6 系统测试 (25)6.1 测试概论 (25)6.2 企业资产管理系统采用的测试方法 (25)6.3 企业资产管理系统功能测试 (26)结论 (27)谢辞 (28)参考文献 (29)附录 (30)1 前言企业通过实施软件资产管理可以防止使用盗版软件的行为，从而避免因使用非法软件所带来的法律风险和经济损失；同时企业还可以节约资金，提升购买和使用软件的效率。

大连交通大学信息工程学院毕业设计(论文)任务书题目企业资产管理系统毕业设计(论文)进度计划与考核表指导教师签字：年月日注：“计划完成内容”由学生本人认真填写，其它由指导教师考核时填写。

大连交通大学信息工程学院毕业设计(论文)外文翻译学生姓名宫立婷专业班级计算机08-1班指导教师刘品于林林职称高工讲师所在单位信息科学系计算机教研室教研室主任宋丽芳完成日期 2012 年 4 月 13 日Database Management SystemYou know that a data is a collection of logically related data elements that may be structured in various ways to meet the multiple processing and retrieval needs of organizations and individuals. There’s nothing new about data base-early ones were chiseled in stone, penned on scrolls, and written on index cards. But now database are commonly recorded on magnetically media, and computer programs are required to perform the necessary storage and retrieval operations.The system software package that handles the difficult tasks associated with created, accessing, and maintaining database records is in a DBMS package establish an interface between the database itself and the users of the database. (These users may be applications programmers, managers and others with information needs, and various OS programmers.)A DBMS can organize, process, and present selected data elements from the database. This capability enables decision makers to search. Probe, and query data contents in order to extract answers to nonrecurring and unplanned questions that aren’t available in regular reports. These questions might initially be vague and/or poorly defined, but people can “browse” through the database until they have the needed in formation. In short, the DBMS will “manage” the stored data items and assemble the needed items from the common database in response to the queries of those who aren’t programmers. In a file-oriented system, users needing special information may communicate their needs to a programmers, who, when time permits, will information. The availability of a DBMS, however, offers users a much faster alternative communications patch (see figure).Special, direct, and other file processing approaches ate used to organize and structure data in single files. But a DBMS is able to integrate data elements from several files to answer specific user inquiries fir information. This means that the DBMS is able to structure and tie together the logically related data from several large files.Logical structures. Identifying these logical relationships is a job of the data administrator. A data definition language is used for this purpose. The DBMS may then Employ one of the following logical structuring techniques during storage access, and retrieval operation: list structures, hierarchical (tree) structures, and network structures, relational structures.1. List structures. In this logical approach, records are linked together by the use of pointers. A pointer is a data item in one record that identifies the storage location of another logically related record. Records in a customer master file, for example, will contain the name and address of each customer, and an account number identifies each record in this file. During an accounting period, a customer may maintain an invoice file to reflect these transactions. A list structure could be used in this situation to show the unpaid invoices at anygiven time. Each in the customer file would point to the record location of the first invoice for that customer in the invoice file. This invoice record, in turn would be linked to later invoice for the customer. The last invoice in the chain would be identified by the use of a special character as a pointer.2. Hierarchical structures. In this logical approach, data units are structured in multiple levels that graphically resemble an “upside down” tree with the root at the top and the branches formed below, there’s a superior-subordinate relationship in a hierarchical structure. Below the single-root data component are subordinate elements (or one) has only a single owner. Thus, as we see in figure, a customer owns an invoice, and the invoice has subordinate items. The branches in a tree structure are not connected.3. Network structures. Unlike the tree approach, which dose not permit the connection of branches, the network structure permits the connection of the nodes in a multidirectional manner. Thus, each node may have several owners and may, in turn, own any number of other data units. Data, management software permits the extraction of the needed information from such a structure by beginning with any record in a file.4. Relational structures. A relational structure is made up of many tables. The data are stored in the form of “relations” in these tables. For example, relation tables could be established to link a college course with the instructor of the course, and with the location of the in order to find the name of the instructor and the location of the English class, the course/instructor relation is searched to get the name, and the course/location relation is searched to get the class location. Many other relations are of course, possible. This is a relatively new database structuring approach that’s expected to be widely imple mented in the future.5. Physical structure. People visualize or structure data in logical ways for thereOwn purposes. Thus, records R1 and R2 may always be logically linked and processed in sequence in one particular application. However, in a computer s ystem it’s quite possible that these records that are logically contiguous in one application are not physically stored together. Rather, the physical structure of the I/O and storage devices techniques used, but also on the different logical relationships that users may assign to the data found on R1 and R2. For example, R1 and R2 may be records of credit customers who have shipments send to the same block in the same city every two weeks. From the shipping department manager’s perspective, then, R1 and R2 are sequential entries on a geographically organized shipping report. But may be identified, and their accounts may be processed, according to their account numbers which are widely separated. In short, then the physical location of the stored records in many computer-based information systems is invisible to users.During the past five years, Microsoft has promoted Data Access Objects (DAO), and then Remote Data Objects (RDO), and now ActiveX Data Objects (ADO) as the primary data access technology for Visual Basic developers. It seems that Microsoft has been pushing a different data access technology with each successive version of Microsoft Visual Studio. Today, new versions of ADO are available on Microsoft's Web site and ship with other products and technologies, such as Microsoft Windows 2000, Microsoft Windows NT 4 Service Packs, Microsoft Internet Explorer versions 3 and later, Microsoft SQL Server 6.5 Service Pack 5 and SQL Server 7, Microsoft Office 2000, and even Microsoft Expedia Streets & Trips 2000.One of the goals of ADO is to simplify data access. ADO is built upon some fairly complex technologies—OLE DB and ODBC (open database connectivity)—and is designed to allow you to programmatically access and modify data stored in a wide variety of databases. This broad reach is a departure from previous data access technologies. For the sake of comparison, let's take a quick glance at ADO's predecessors: DAO and RDO.Data Access ObjectsDAO was originally designed to interact with Microsoft Access databases. Although you can use DAO to access SQL Server and Oracle databases, many developers complain about DAO's performance with these large database systems. Others complain that DAO doesn't permit programmers to access some of the richer, more powerful features of SQL Server and Oracle, such as output and return parameters on stored procedures.One of my coworkers likes to say that using DAO to work with an Oracle database is like performing brain surgery on you…without anesthetics…while wearing oven mit ts. Extreme? Yes—but he does have a point. DAO is tuned to work with desktop databases, not client/server databases. Frustrated by DAO's performance and access limitations, developers who wanted to work with SQL Server and Oracle databases generally sought other options.Remote Data ObjectsMicrosoft provided another option in RDO, which originally released with Visual Basic 4 Enterprise Edition. RDO's object model closely resembles the hierarchy of structures in the ODBC API. Programmers found that RDO provided much faster access to client/server database systems, such as SQL Server and Oracle, than DAO did. Although those familiar with the ODBC API quickly learned how to work with the RDO object model, developers lacking experience with that API, such as those who had been using DAO, found the RDO technology difficult to use.The object model itself wasn't the problem for most programmers learning RDO: the nuances inherited from the ODBC API posed the greatest obstacles. Suddenly, programmershad to bone up on cursors and bookmarks. They had to learn many of the ins and outs of specific database systems. Does the error message "The connection is busy with results from another hstmt" ring any bells out there? If you try to do the impossible on an ODBC connection to your database, RDO won't save you. Instead, you'll get that error. DAO hid the problem from you by automatically creating another connection to your database to perform the action you requested.Another challenge that RDO posed for programmers accustomed to writing DAO code was that RDO lacked many of DAO's features, such as sorting, searching, and filtering. Other DAO functionality unavailable in the RDO world includes data definition language (DDL) interfaces to ODBC API functions such as Create Table and Create Field.Best of Both Worlds: ActiveX Data ObjectsProgrammers clamored for a data access technology that combined the simplicity and relative ease of use of DAO with the speed, power, and control of RDO. Initially introduced as part of the Microsoft Internet Information Server 3 package, ADO was intended to be all things to all people. Of course, such lofty goals are rarely fulfilled.While the initial release of ADO lacked many of Rod’s features, I believe that ADO 2.0 offered comparable functionality. Certain RDO features, such as mixed cursors, have yet to be implemented in ADO, but these features are few and far between. In fact, I'm at a loss to name a single significant feature available in RDO that was not available in ADO 2.0 in one form or another. (I'm sure someone will tell me otherwise; a great way to find such features is to make a statement like that in a book like this.)With the release of version 2.1, ADO and its supporting libraries began offering nearly all features available in DAO. DDL libraries were added to ADO in version 2.1 to provide functionality similar to functions available with DAO, such as Create Table, Create Field, and Create Index. Microsoft Jet and Replication Objects (JRO) in ADO 2.1 offers much of the Jet-specific functionality available via the DB Engine object in DAO. ADO 2.1 also added functionality to simplify the retrieval of newly generated identity values. ADO 2.5 adds no new functionality to more closely match the capabilities of DAO and RDO, because perhaps the only place where ADO lags behind DAO is in its searching and filtering capabilities.So ADO has most of the functionality of RDO and DAO as well as many helpful features not available in previous data access technologies.Database ManagementThere are problems with traditional data management. A more subtle problem is data dependency. When a problem’s logic is tied to it’s physical data structure, changing that structure will almost certainly require changing the program. As a result, programs usingtraditional access methods can be difficult to maintain. The solution to both problems id often organizing the data as a single, integrated database. The task of controlling access to all the data can then be concentrated in a centralized database management system.How dose the use of a centralized database solve the data redundancy problem? All data are collected and stored in a single place; consequently, there is one and only one copy of any given data element. When the value of an element (an address, for example) changes, the single database copy is corrected. Any program requiring access to this data element gets the same value, because there is only one value.How dose a database help to solve the data dependency problem? Since the responsibility for accessing the physical data rests with the database management system, the programmer can ignore the physical data structure. As a result, programs tend to be much less dependent upon their data, and are generally much easier to maintain. Expect the trend toward database management to continue.数据库管理系统众所周知，数据库是逻辑上相关的数据源集合。

毕业设计设计题目浙江报喜鸟服饰股份有限公司资金管理调研报告指导教师××××××（行业兼职）姓名×××班级财管10（1）班所在系（部）会计系2013 年 6 月 5 日目录一、开题报告--------------------------------------------------1二、任务书-----------------------------------------------------4三、正文--------------------------------------------------------5四、指导教师意见--------------------------------------------18五、答辩委员会意见-----------------------------------------19六、答辩记录--------------------------------------------------20七、自评表-----------------------------------------------------21浙江金融职业学院毕业设计开题报告浙江金融职业学院系（教研室）负责人签字：2012 年 12 月 20 日浙江报喜鸟服饰股份有限公司资金管理调研报告财务管理10（1）班×××指导老师：××××××*内容摘要：随着经济全球化进程的加快，国内经济环境逐渐与国际接轨，服装行业获得机遇的同时，也面对着参与国际竞争的极大挑战。

资金管理是衡量企业生产经营状况好坏的重要指标，是企业生存发展的命脉，所以加强资金管理是提高企业经济效益最重要的举措。

以下以浙江报喜鸟股份有限公司为例，阐述资金管理对企业运营和提高企业经济效益的重要性。