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Digital communications: signal-processing - Using object-oriented MATLAB for DSP

机译:数字通信:信号处理-使用面向对象的MATLAB for DSP

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Demonstrating how to use object-oriented programming features of Matlab 2008a to model C++ digital signal processing solutions. Scientific software development encompasses two domains. The algorithm-discovery domain is concerned with the development of a solution, typically in MATLAB where double precision is the default data type and exploratory ease trumps compute efficiency.The software-engineering domain is concerned with hosting algorithms on some architecture, whether it's a desktop Pentium, embedded Texas Instruments' digital signal processor (DSP), or Xilinx field-programmable gate array (FPGA); and in some language, perhaps C, C++, or Verilog; all the while paying attention to compute resources, multithreading, real-time I/O, and software extensibility and maintainability.
机译:演示如何使用Matlab 2008a的面向对象编程功能为C ++数字信号处理解决方案建模。科学软件开发包含两个领域。算法发现领域与解决方案的开发有关,通常是在MATLAB中,默认情况下双精度是默认的数据类型,探索性的易用性胜过计算效率。奔腾,嵌入式德州仪器(TI)的数字信号处理器(DSP)或Xilinx现场可编程门阵列(FPGA);并使用某种语言,可能是C,C ++或Verilog;一直在关注计算资源,多线程,实时I / O以及软件的可扩展性和可维护性。

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