1 BIOS C6SDK 2.0 Getting Started GuideIntroductionThe BIOS C6 Software Development Kit (BIOS C6SDK) provides the core foundational building blocks that facilitate application software development on TI's single core DSPs. The foundational components include:•SYS/BIOS which is a light-weight real-time embedded operating system for TI devices•Drivers•Basic networking stack and protocols•Optimized application-specific and application non-specific algorithm libraries•Flash and boot utilities•DemonstrationsThe purpose of this User's Guide is to provide more detailed information regarding the software elements and infrastructure provided with BIOS C6SDK. BIOS C6SDK pulls together all the elements into demonstrable DSP applications and examples for supported EVMs. The objective being to demonstrate device, platform, and software capabilities and functionality as well as provide the user with instructive examples. The software provided is intended to be used as a reference when starting their development.Note: It is expected the user has gone through the EVM Quick Start Guide provided with their EVM and have booted the out-of-box demonstration application flashed on the device.Specifically, this Getting Started Guide provides information on installing the BIOS C6 Software Development Kit, loading the EVM out-of-box demonstration application via JTAG, and running the out-of-box demonstration application. It is expected the user has gone through the EVM Quick Start Guide provided with their EVM.By the end of this Getting Started Guide the user should have :•Installed CCS•Installed the BIOS-C6SDK Software•Connected to the EVM via CCS/JTAGAfter completing the material in this Getting Started Guide, it is recommended the user continue on to the BIOSC6SDK User’s Guide for additional information on the C6SDK software elements and to get started with development on the TI DSP using the BIOS-C6SDK.Supported Devices/PlatformsThe latest BIOS C6SDK Release supports the following Texas Instrument devices/platforms:Getting StartedThis section will walk you through installing and using the BIOS Single core C6 Software Development Kit. It is expected that you have gone through the EVM Quick Start Guide for your EVM.The overall steps are:1.Make sure your EVM hardware is set up2.Install Code Composer Studio 5.1.0.0900023.Install the BIOS-C6SDK 2.0e JTAG to load the application5.Run the applicationHardware SetupFollow instructions in one of the links below that correspond to the EVM that you are using•OMAPL138/TMS320C6748 EVM Hardware Setup [1]Installing Code Composer StudioThe BIOS-C6SDK 2.0 uses CCS 5.1.0.09000. To install CCS please refer to the instructions provided in the CCSv5 Getting Started Guide [2].Note: When installing Code Composer Studio you can choose to control what is installed. For example, you maynot want support for particular devices and ISA's. If you choose to do a custom installation, the following components must be installed to support the C6SDK:•SYS/BIOS 6•XDC•CG ToolsIn Windows 7, install and run CCS/BIOS C6SDK in administrator mode, this will rule out issues with CCS start-upand RTSC component recognition.Installing the C6 Single core Software Development KitTo install C6SDK on your PC run the C6SDK installer (bios_c6sdk_<version>_setupwin32.exe). The C6SDK install includes several sub-components, all of which will be installed in the same location. This location can be choosen using "Destination Folder". It is recommended that you keep the default installation paths for BIOS C6SDK components in "C:\Program Files\Texas Instruments". For Windows 7 users this path will be "C:\Program Files(x86)\Texas Instruments". Refer FAQ section in BIOS C6SDK 2.0 User Guide for auto discovery of components of BIOS C6SDK through CCSv5.Once the installation is complete all the C6SDK components will be installed in the specified installation directory (e.g., C:\Program Files\Texas Instruments\). Each of the directories will be of following format<component_name>_<component version>. Please refer to individual components release notes for detailed information on the components or package.With a typical default install you should see directories similar to the ones below:3Steps to create a CCS Configuration File1.First time CCSv5 users needs to follow the steps described in CCSv5_Running_for_the_first_time [3] page.2.The above procedure will open up the CCSv5 GUI.3.Create a New Target Configuration, by selecting the tab File -> New -> Target Configuration File.4.Enter a configuration file name (say "evmomapl138_xml") in the file name field, check the Use sharedlocation box and hit finish button (the procedure assumes you are using Spectrum digital XDS510 USBemulation).5.Select the connection type as "Spectrum Digital XDS510 USB emulator" in the drop down list and enterOMAPL138 in the Device search field. Select OMAPL138 and save the file by clicking Save button."6.Click View->Target configurations to list the available target configurations. The configuration file(evmomapl138_xml) created above will be under "User Defined" section7.Right click on the configuration file and select Launch Selected Configuration. This will launch the configurationand open the debug view.8.Most of the development and debugging will require CCSv5. For more information on CCSv5 see the CCSv5Getting Started Guide [2] page.Running the Demonstration ApplicationRunning Facedetect Demo on EVMC6748•Ensure that the Hardware is setup as explained in Hardware Setup for Demos in User Guide.•Open CCSv5.1 and launch the target configuration file for TMS320C6748 or OMAPL138•Go to Tools -> GEL Files•Right click inside the GEL Files window and select Load GEL.•Browse to the pdk_C6748 folder -> gel and select C6748.gel•The loaded gel file will be in GEL Files window.•In the Debug window, Right click on "Spectrum Digital XDS510USB Emulator_0/C674X_0 [Non-Project Debug Session]" -> Connect Target (Make sure the EVMC6748/LCDK is ON before saying Connect Target)•Make sure DIP switches 5 and 8 of S7 are ON to boot in the emulation mode.•In the console window, you will find the PLL and DDR frequencies getting set by the GEL file.4•It is a good practice to reset the CPU by going to Run -> Reset -> CPU Reset•Now go to Run -> Load -> Load Program•Browse to c6sdk_02_00_00_00\demos\facedetect\bin\{COMPILATION_METHOD}\evmC6748\Release amd open facedetect_evmC6748.out•Wait until the program is loaded.•Now run the program by going to Run -> Resume. If your hardware is set up correctly, you should be able to seea box around faces captured by the camera. For best results, stand a few feet away from the camera and make surethe camera is placed in such a way that your face and the camera are exactly at the same level. This is needed as it is a frontal face detection demo. Also, for the same reason, make sure your head is not tilted with respect to the camera.Running Demos on C6748 LCDK•Connect a mini USB cable at J3 on the UART port on LCDK with the other end going to the host computer at one of its USB ports.•If you do not have the driver installed on your PC, you can find it here [4]•Now open a serial port terminal like Tera Term [5]on the host computer and connect to the appropriate Serial port.•Set the baud rate to 115200. (To do this in Tera Term, go to Setup -> Serial port and set the Baud rate as 115200 from the drop down menu)•The C6748 LCDKs have IT_IS_ALL_ABOUT_YOU demo flashed on them by default. So just power on the board and you should be able to see a screen like below in about 10 seconds on the serial terminal -•Select 1 for FingerPrint or 2 for FaceDetect. Once any demo is selected, the board needs to be rebooted to run another demo.•Before selecting facedetect, make sure the hardware is setup correctly.•If your hardware is set up correctly, you should be able to see a box around faces captured by the camera. For best results, stand a few feet away from the camera and make sure the camera is placed in such a way that your face and the camera are exactly at the same level. This is needed as it is a frontal face detection demo. Also, for the same reason, make sure your head is not tilted with respect to the camera.•If you select Finger print demo, you should see a screen like below•Type E to enroll a user and press enter.•Enter the name of the user to be enrolled.•Enter the finger number to be enrolled. Multiple fingers of the same user can be enrolled as different templates in the database.•Now swipe the desired finger on the sensor. A video of the swipe sensor usage is available in the c6sdk_02_00_00_00\docs folder. Remember to swipe the finger in the direction going from the power cord to away from the board or the other way but NOT in the direction going from or to the USB/UART port. You will have to swipe the finger 3-4 times to get a good image of the finger.•Once the application finds a good image, it will store the finger image as a template in the database.•The console should look like below•You can enroll upto 10 users using the procedure above.•To identify a fingerprint, type I in the console and hit enter.•Swipe the finger to be identified.•If the fingerprint exists in the database, the application will print the name and finger number of the identifieduser on the console; otherwise it will say finger did not match.•You can delete all templates in the database by typing D on the console. It will ask for confirmation in case you select D mistakenly.•You can stop the demo by selecting Q and can select facedetect demo by resetting the board again.Technical Support and Product UpdatesTechnical Support and ForumsFor technical discussions and issues, please visit•C6000 Single Core DSP forum: /support/dsp/tms320c6000_high_performance_dsps/default.aspx [6]*BIOS Embedded Software forum: /support/embedded/f/355.aspx*Embedded Processors wiki: Note:When asking for help in the forum you should tag your posts in the Subject with “BIOS C6SDK”, the part number (e.g. “OMAPL138/EVMC6748”) and additionally the component (e.g. “NDK”).References[1]/downloads/1230/[2]/index.php/CCSv5_Getting_Started_Guide[3]/index.php/GSG:CCSv5_Running_for_the_first_time[4]/Products/ICs/FT232R.htm[5]/index.php?/download/tera-term-473-freeware.html[6]/support/dsp/tms320c6000_high_performance_dsps/default.aspxArticle Sources and ContributorsBIOS C6SDK 2.0 Getting Started Guide Source: /index.php?oldid=132663 Contributors: Asheeshb, ChintangalaImage Sources, Licenses and Contributors File:Light_bulb_icon.png Source: /index.php?title=File:Light_bulb_icon.png License: unknown Contributors: DanRinkes Image:Packages.png Source: /index.php?title=File:Packages.png License: unknown Contributors: Asheeshb, Chintangala Image:Itsyou1.png Source: /index.php?title=File:Itsyou1.png License: unknown Contributors: ChintangalaImage:Fingerprint1.png Source: /index.php?title=File:Fingerprint1.png License: unknown Contributors: ChintangalaImage:Fingerprint2.png Source: /index.php?title=File:Fingerprint2.png License: unknown Contributors: Asheeshb, Chintangala Image:Fingerprint3.png Source: /index.php?title=File:Fingerprint3.png License: unknown Contributors: Asheeshb, Chintangala。
BIOS设置图解说明BIOS设置是计算机的基本、最常用的操作技巧，是计算机系统最底层的设置，对我们的计算机性能有着很大的影响，但是由于我们大家使用的主板不同，我们的BIOS具体设置项目也不同，大家可以自己根据自己的主板说明书来具体操作。
这里提示大家：购买计算机时一定要确认是否得到了主板说明书？如果主板说明书不是中文的，那么您的主板很有可能是水货，也就是说是走私货，这样的配件是得不到硬件厂商承诺的保修的。
另外如果主板说明书是英文的，也会对我们在设置BIOS时的操作造成影响。
BIOS（basic input output system 即基本输入输出系统）设置程序是被固化到计算机主板上的ROM芯片中的一组程序，其主要功能是为计算机提供最底层的、最直接的硬件设置和控制。
BIOS设置程序是储存在BIOS芯片中的，只有在开机时才可以进行设置。
CMOS主要用于存储BIOS设置程序所设置的参数与数据，而BIOS设置程序主要对技巧的基本输入输出系统进行管理和设置，是系统运行在最好状态下，使用BIOS设置程序还可以排除系统故障或者诊断系统问题。
在我们计算机上使用的BIOS程序根据制造厂商的不同分为：AW ARD BIOS程序、AMI BIOS程序、PHOENIX BIOS程序以及其它的免跳线BIOS程序和品牌机特有的BIOS程序，如IBM等等。
限于条件我在我的网站上只介绍我自己使用的AW ARD BIOS程序的基本设置方法。
不同的系统主机板有不同的BIOS版本，正确的使用和及时的升级主板BIOS程序是确保计算机正常、高效工作的必要保障。
一、进入BIOS设置和基本选项Waiting……”时，按下“Del”键就可以进入CMOS的设置界面（图1）。
要注意的是，如果按得太晚，计算机将会启动系统，这时只有重新启动计算机了。
大家可在开机后立刻按住Delete 键直到进入CMOS。
进入后，你可以用方向键移动光标选择CMOS设置界面上的选项，然后按Enter进入副选单，用ESC键来返回父菜单，用PAGE UP和PAGE DOWN键来选择具体选项，F10键保留并退出BIOS设置。
BIOS 使用说明一、使用Configuration/Setup Utility 程序使用Configuration/Setup Utility 程序可以：查看配置信息查看并更改设备和I/O 端口的分配设置日期和时间设置并更改密码和Remote Control Security 设置设置服务器的启动特点和启动设备的顺序设置并更改高级硬件功能的设置查看并清除错误日志更改中断请求（IRQ）设置启用USB 键盘和鼠标支持解决配置冲突二、启动Configuration/Setup Utility 程序请完成以下步骤来启动Configuration/Setup Utility 程序。
注：当您首次使用服务器时，可能想要使用Configuration/Setup Utility 程序主菜单选项Load Default Settings来将Configuration/Setup Utility 菜单选项重置为出厂时的缺省设置。
否则，某些项可能不会在菜单选项的列表中出现。
1. 开启服务器。
2. 当提示Press F1 for Configuration/Setup 出现时，请按F1 键。
如果您设置了开机密码和管理员密码，则必须输入管理员密码以访问完整的Configuration/Setup Utility 菜单。
如果您不输入管理员密码，则只可以访问有限的Configuration/Setup Utility 菜单。
3. 选择要查看或更改的设置。
三、Configuration/Setup Utility 菜单选项Configuration/Setup Utility 主菜单中包含以下选项。
根据服务器中BIOS 代码的版本，某些菜单选项可能会与这些描述稍有不同。
System Summary选择此选项以查看配置信息，包括微处理器的类型和速度以及安装的内存数量。
当您通过Configuration/Setup Utility 程序中的其它选项更改配置时，System Summary 中将反映出更改情况；但您无法直接更改System Summary 中的设置。
BIOS设置功能与操作方式说明(doc 21页)更多企业学院：《中小企业管理全能版》183套讲座+89700份资料《总经理、高层管理》49套讲座+16388份资料《中层管理学院》46套讲座+6020份资料《国学智慧、易经》46套讲座《人力资源学院》56套讲座+27123份资料《各阶段员工培训学院》77套讲座+ 324份资料《员工管理企业学院》67套讲座+ 8720份资料《工厂生产管理学院》52套讲座+ 13920份资料《财务管理学院》53套讲座+ 17945份资料《销售经理学院》56套讲座+ 14350份资料《销售人员培训学院》72套讲座+ 4879份资料更多企业学院：《中小企业管理全能版》183套讲座+89700份资料《总经理、高层管理》49套讲座+16388份资料《中层管理学院》46套讲座+6020份资料《国学智慧、易经》46套讲座《人力资源学院》56套讲座+27123份资料《各阶段员工培训学院》77套讲座+ 324份资料《员工管理企业学院》67套讲座+ 8720份资料《工厂生产管理学院》52套讲座+ 13920份资料《财务管理学院》53套讲座+ 17945份资料《销售经理学院》56套讲座+ 14350份资料《销售人员培训学院》72套讲座+ 4879份资料更多企业学院：《中小企业管理全能版》183套讲座+89700份资料《总经理、高层管理》49套讲座+16388份资料《中层管理学院》46套讲座+6020份资料《国学智慧、易经》46套讲座《人力资源学院》56套讲座+27123份资料《各阶段员工培训学院》77套讲座+ 324份资料《员工管理企业学院》67套讲座+ 8720份资料《工厂生产管理学院》52套讲座+ 13920份资料《财务管理学院》53套讲座+ 17945份资料《销售经理学院》56套讲座+ 14350份资料《销售人员培训学院》72套讲座+ 4879份资料BIOS设置功能及操作方式说明:【Standard CMOS Setup】系统基本参数设定此选项功能主要为设定系统基本参数。
