图书简介：  当前，DSP芯片技术飞速发展，旧型号不断被淘汰，新产品功能越来越强大，而硬件结构
和汇编指令也越来越复杂。面对这种形势，DSP程序开发人员必须转变传统的编程思想，采用
开发流程简化的系统级集成环境，以缩短软件开发周期，加快产品的上市时间。
本书针对程序开发人员和DSP初学者，介绍了当前最为流行的几种高性能通用DSP，包括
TI公司的TMS320C5000／C6000 DSP和AD公司的SHARC DSP；详细介绍了当前最新的开发环
境及最新的编程思路；介绍了在MATLAB及开发工具提供的系统级集成环境下，完成设计、仿
真、目标代码产生、调试和运行的过程。
本书面向通信、雷达和电子工程领域的DSP算法研究和程序开发人员以及相关专业的研究
生和高年级本科生，亦可作为DSP爱好者的自学教程。

《DSP程序开发——MATLAB调试及直接目标代码生成 》图书目录如下：

目      录  第1章  MATLAB与DSP软件设计方法综述                                      1.1  DSP程序开发过程的演变                                      1.1.1  DSP技术综述                                      1.1.2  DSP设计过程                                      1.1.3  DSP软件设计方法的变革                                      1.1.4  MATLAB-DSP集成设计环境下的工具包                                      1.2  MATLAB辅助下的DSP软件设计                                      1.2.1  MATLAB模拟浮点DSP                                      1.2.2  了解定点DSP数据格式                                      1.2.3  MATLAB精确模拟定点DSP运算                                      1.2.4  MATLAB功能模拟定点DSP运算                                      1.2.5  常用的MATLAB工具及函数                                      1.3  MATLAB下的DSP集成设计环境                                      思考题                                      第2章  高性能通用DSP内部功能结构及源代码开发                                      2.1  TMS320C5000  DSP的内部功能结构及源代码开发                                      2.1.1  TMS320C5000  DSP的功能和结构特点                                      2.1.2  CPU核                                      2.1.3  存储器组织                                      2.1.4  中断                                      2.1.5  片内外设资源                                      2.1.6  TMS320C5000  DSP的汇编指令                                      2.1.7  TMS320C5000  DSP的C/C    语言编程                                      2.2  TMS320C6000  DSP的内部功能结构及源代码开发                                      2.2.1  TMS320C6000  DSP的功能和结构特点                                      2.2.2  CPU核                                      2.2.3  存储器组织                                      2.2.4  中断                                      2.2.5  片内外设资源                                      2.2.6  TMS320C6000  DSP的汇编指令                                      2.2.7  TMS320C6000  DSP的C/C    语言编程                                      2.3  ADSP2106x  DSP的内部功能结构及源代码开发                                      2.3.1  ADSP2106x  DSP的功能和结构特点                                      2.3.2  CPU核                                      2.3.3  存储器组织                                      2.3.4  中断                                      2.3.5  片内外设资源                                      2.3.6  ADSP2106x  DSP的汇编指令                                      2.3.7  ADSP21x6x  DSP的C/C    语言编程                                      2.4  ADSP2116x  DSP的内部功能结构及源代码开发                                      2.4.1  ADSP2116x  DSP的功能和结构特点                                      2.4.2  CPU核                                      2.4.3  存储器组织                                      2.4.4  中断                                      2.4.5  片内外设资源                                      2.4.6  ADSP2116x  DSP的汇编指令                                      思考题                                      第3章  TMS320C5000/C6000  DSP集成开发环境CCS  IDE                                      3.1  TI  CCS概述                                      3.1.1  CCS的特点及功能概述                                      3.1.2  CCS支持的调试器                                      3.1.3  CCS的配置与启动                                      3.2  代码产生工具                                      3.2.1  代码产生过程及工具                                      3.2.2  编译.  链接  Build  选项设置                                      3.2.3  代码产生过程演示例子                                      3.3  代码调试工具                                      3.3.1  CCS  提供的调试工具                                      3.3.2  代码调试演示例子                                      3.4  代码实时性分析调试工具                                      3.4.1  DSP/BIOS实时操作系统                                      3.4.2  RTDX实时数据交换                                      3.4.3  应用DSP/BIOS调试代码实时性演示例子                                      思考题                                      第4章  SHARC  DSP集成开发环境VisualDSP                                          4.1  VisualDSP      开发工具概述                                      4.2  VisualDSP      的代码产生工具                                      4.3  VisualDSP    的调试工具                                      4.4  VisualDSP    演示例子                                      思考题                                      第5章  MATLAB与TI  CCS的接口                                      5.1  CCSLink概述                                      5.1.1  CCSLink的功能及特点                                      5.1.2  CCSLink的配置                                      5.1.3  CCSLink的内容                                      5.2  CCSLink连接对象                                      5.2.1  创建连接对象                                      5.2.2  修改和获取连接对象的属性值                                      5.2.3  连接对象属性                                      5.3  CCSLink嵌入式对象                                      5.4  CCSLink函数                                      5.5  CCSLink演示例子                                      5.5.1  CCS  IDE连接对象应用演示                                      5.5.2  嵌入式对象应用演示                                      5.5.3  RTDX连接对象应用演示                                      思考题                                      第6章  由Simulink模型生成TI  C6000  DSP的目标代码                                      6.1  ETTIC6000概述                                      6.1.1  ETTIC6000的功能和特点                                      6.1.2  ETTIC6000的配置                                      6.1.3  ETTIC6000的模块库                                      6.1.4  应用  ETTIC6000开发实时DSP处理的过程                                      6.2  设置Real-Time  Workshop编译链接选项                                      6.2.1  Target  configuration选项                                      6.2.2  Target  language  compiler  TLC  debugging选项                                      6.2.3  General  code  generation选项                                      6.2.4  General  code  appearance选项                                      6.2.5  TI  C6000  target  selection选项                                      6.2.6  TI  C6000  code  generation选项                                      6.2.7  TI  C6000  compiler选项                                      6.2.8  TI  C6000  Linker选项                                      6.2.9  TI  C6000  runtime选项                                      6.3  在生成的目标可执行代码中集成DSP/BIOS功能块                                      6.3.1  在生成的可执行代码中集成DSP/BIOS功能模块                                      6.3.2  统计代码的执行性能                                      6.4  利用FDATool工具设计滤波器                                      6.4.1  从FDATool向CCS输出滤波器系数                                      6.4.2  从FDATool向CCS输出滤波器系数的操作步骤                                      6.5  C6000lib模块库                                      6.5.1  C6711  DSK  Board  Support模块库                                      6.5.2  C6701  EVM  Board  Support模块库                                      6.5.3  RTDX  Instrumentation模块库                                      6.5.4  TI  C62  DSPLIB模块库                                      6.6  由Simulink模型生成实时代码过程                                      6.7  TI  C6701  EVM目标板的应用                                      6.7.1  TI  C6701  EVM板的配置.  验证和测试                                      6.7.2  应用TI  C6701  EVM板的演示例子                                      6.8  TI  C6711  DSK目标板的应用                                      6.8.1  TI  C6711  DSK板的配置.  验证和测试                                      6.8.2  应用TI  C6711  DSK板的演示例子                                      思考题                                      第7章  直接由Simulink模型生成SHARC  DSP的目标代码                                      7.1  DSPdeveloper概述                                      7.2  DSPdeveloper提供的模块                                      7.3  应用DSPdeveloper进行实时代码开发的步骤                                      7.4  应用DSPdeveloper进行实时代码开发的演示例子                                      思考题                                      参考文献