图书简介：  本书详细地介绍了TMS320C6200系列数字信号处理器(DSP)的硬件结构和指令系统，重点阐述了在DSP的硬件设计和在软件编程方面的开发应用。本书共包括7章和1个附录，第1～3章主要介绍了TMS320C6200系列DSP的硬件结构、软件结构、汇编指令以及流水线，介绍了各种TMS320C6200系列DSP开发工具和开发过程；第4、5章全面介绍了TMS320C6200系列DSP的硬件开发、软件开发和优化方法；第6章介绍了DSP/BIOS实时库的功能和使用；第7章结合实际应用介绍了各种优化方法在不同算法中的实际应用；附录介绍了TMS320C6200系列DSP的伪指令用法。 　　本书内容新颖，实用性强，书中包括大量的源程序和应用举例，使读者在了解TMS320C6200系列DSP的原理和结构的基础上，能较快地掌握基于TMS320C6200系列DSP的系统设计和软硬件开发方法。本书适合各领域内从事信号处理的科研和工程技术人员阅读，也可以供信息与信号处理、通信电子等专业的教师、研究生以及高年级本科生参考。

《基于TMS320C6200系列DSP芯片的应用与开发》图书目录如下：

目      录                                                                              第1章　综述　1                                        1.1　DSP技术的发展历程　1                                        1.2　数字信号处理器  DSP  与通用微处理器  MPU  　2                                        1.2.1　总线结构不同　2                                        1.2.2　流水线　3                                        1.2.3　寻址方式　4                                        1.2.4　特殊的硬件结构　4                                        1.2.5　支持多处理器结构　4                                        1.3　DSP的选型和设计方案确定　5                                        1.4　DSP技术的发展方向　9                                        1.4.1　微处理器  MPU  和数字信号处理器  DSP  混合　9                                        1.4.2　DSP  RTOS　9                                        1.4.3　支持高级编程语言的DSP开发软件　10                                        1.4.4　并行处理结构　11                                        1.4.5　功耗越来越低　11                                                                              第2章　TMS320C6200处理器和指令系统　13                                        2.1　概述　13                                        2.2　VLIW和VelociTI　13                                        2.3　CPU结构　14                                        2.4　TMS320C6200数字信号处理器指令集　20                                        2.5　流水线　49                                        2.5.1　概述　49                                        2.5.2　取指　50                                        2.5.3　解码　51                                        2.5.4　执行　52                                        2.5.5　不同指令的执行流水　53                                        2.5.6　影响流水线效率的因素　56                                                                              第3章　TMS320C6200开发工具和开发过程　62                                        3.1　TMS320C6200开发流程　62                                        3.2　代码生成工具　63                                        3.2.1　工具描述　63                                        3.2.2　代码优化器　63                                        3.3　TMS320C6201  EVM板　65                                        3.4　Coder  Composer  Studio的实时调测　67                                        3.5　使用CCS开发TMS320C6200应用举例　69                                                                              第4章　TMS320C6200系列DSP的硬件开发　75                                        4.1　综述　75                                        4.2　片内存储器　76                                        4.2.1　简介　76                                        4.2.2　片内程序区　76                                        4.2.3　片内数据区　79                                        4.2.4　C6211的两级内存储器　83                                        4.3　外部存储器接口的设计与应用　88                                        4.3.1　概述　88                                        4.3.2　EMIF控制寄存器　90                                        4.3.3　异步接口设计　92                                        4.3.4　FIFO接口　102                                        4.3.5　SBSRAM接口设计　112                                        4.3.6　SDRAM/SGRAM接口　116                                        4.3.7　Hold接口　128                                        4.3.8　存储器申请的仲裁　129                                        4.3.9　C6200  EMIF配置操作举例　130                                        4.4　DMA控制器　133                                        4.4.1　概述　133                                        4.4.2　DMA的初始化和启动　134                                        4.4.3　传输控制：同步与地址产生　139                                        4.4.4　单一通道的分裂操作　146                                        4.4.5　资源仲裁和优先级设置　147                                        4.4.6　DMA通道的状态　148                                        4.4.7　DMA的性能.  外管脚和调试控制　149                                        4.5　主机口  HPI  　149                                        4.5.1　概述　149                                        4.5.2　有关信号与控制寄存器　151                                        4.5.3　主机口的存取操作　154                                        4.5.4　HPI的自加载操作　157                                        4.6　TMS320C6200的引导　157                                                                              第5章　TMS320C6200系列DSP的软件优化编程　159                                        5.1　概述　159                                        5.2　优化C/C    代码　160                                        5.2.1　C/C    代码的编写　160                                        5.2.2　编译C/C    代码　161                                        5.2.3　优化C代码　163                                        5.3　通过线性汇编优化汇编代码　167                                        5.3.1　写并行代码　167                                        5.3.2　使用字访问short型数据　170                                        5.3.3　软件流水　173                                        5.3.4　多循环周期的模安排　182                                        5.3.5　循环传递路径　194                                        5.3.6　循环中的If-Then-Else语句　199                                        5.3.7　循环展开　202                                        5.3.8　生命太长问题　206                                        5.3.9　消除冗余取　212                                        5.3.10　存储体　217                                        5.3.11　外环软件流水　226                                        5.3.12　与内环一起有条件地执行外环　229                                        5.4　C语言和汇编的混合编程　239                                        5.4.1　寄存器使用规则　239                                        5.4.2　函数结构及调用规则　240                                        5.4.3　在C/C    程序中插入汇编语言　242                                                                              第6章　DSP/BIOS功能与使用　246                                        6.1　DSP/BIOS的功能和组成　246                                        6.1.1　什么是DSP/BIOS　246                                        6.1.2　DSP/BIOS的组件　246                                        6.1.3　DSP/BIOS的特点和优点　248                                        6.1.4　DSP/BIOS中一些重要的命名规则　249                                        6.2　利用DSP/BIOS生成程序　250                                        6.2.1　开发步骤　250                                        6.2.2　使用DSP/BIOS配置工具  DSP/BIOS  configuration  tool  　251                                        6.2.3　创建DSP/BIOS程序所用的文件　251                                        6.2.4　程序的编译　252                                        6.2.5　DSP/BIOS程序的启动顺序　256                                        6.3　线程调度　257                                        6.3.1　线程的概念和类型　257                                        6.3.2　硬件中断　258                                        6.3.3　软件中断　261                                        6.3.4　任务  Task  　269                                        6.3.5　等待循环　272                                        6.3.6　旗语  Semaphores  　272                                        6.3.7　信箱　276                                        6.3.8　定时器和时钟　279                                        6.3.9　周期函数管理器  PRD  和系统时钟　280                                        6.3.10　使用运行图来观察程序的运行　281                                        6.4　内存和底层函数　282                                        6.4.1　存储器管理　283                                        6.4.2　系统服务　286                                        6.4.3　队列  QUE  　286                                        6.5　输入/输出　290                                        6.5.1　I/O综述　290                                        6.5.2　数据管道管理器  PIP模块  　291                                        6.5.3　主机通道管理器  HST模块  　293                                        6.5.4　管道和流的比较　294                                        6.5.5　一个使用DSP/BIOS的音频例子　295                                                                              第7章　TMS320C6200系列DSP的应用开发举例　297                                        7.1　WCDMA  RAKE接收机在TMS320C6200DSP器件上的实现　297                                        7.1.1　CDMA原理　297                                        7.1.2　基本系统　299                                        7.1.3　RAKE接收机的实现　304                                        7.1.4　载入TMS320C6200  DSP器件　310                                        7.1.5　结论　311                                        7.2　WCDMA  Turbo译码器在TMS320C6200DSP器件上的实现　311                                        7.2.1　Turbo编码器.  译码器结构及译码算法　311                                        7.2.2　MAP译码器的实现　314                                        7.3　多通道声码器在TMS320C6200DSP器件上的实现　332                                        7.3.1　G.723.1语音编码算法　332                                        7.3.2　多通道声码器的设计　334                                        7.3.3　G.723.1多通道声码器的实现　339                                                                              附录　伪指令　354