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DSPtihui
- 这个学期通过《对DSP芯片的原理与开发应用》课程的学习,对DSP芯片的概念、基本结构、开发工具、常用芯片的运用有了一定的了解和认识,下面分别谈谈自己的体会。-this semester through the "right of DSP theory and application development" courses of study, DSP chip on the concept, basic structure, development tools, the us
1234567
- 对DFT算法原理和基本性质的理解 。实信号的FFT算法 。在DSP上实现FFT的编程思想-DFT algorithm on the principles and basic understanding of the nature. FFT algorithm for real signals. FFT in the DSP programming ideas to achieve
DDigital_videS
- 配合DSP做的例子,前段视频采集和转换后, 通过切换SRAM中的数据到DPSS后端处理和FPGA采集操作,具有 一般通用性,更重要的是测试代码丰富,加深理解 -Example, with the DSP do to the DPSS back-end processing and FPGA front-end video capture and conversion, by switching the SRAM data acquisition operations, with genera
dsp
- matlab编程对信号进行相关卷积等运算,并基于功率谱计算原理进行编程,加深对此理解 -the matlab programming related convolution operation signals and power spectrum calculation principle-based programming, to deepen this understanding
LCD
- 很适合dsp初学者对LCD编程的认识,对以后其他的编程有指导作用-It is suitable for beginners DSP understanding of LCD programming, right after the other programming guide
DSP_FORTRAN
- 数字信号处理的fortran源代码,包含丰富的基本信号程序,适于帮助初学者深入了解DSP-Fortran source code for digital signal processing, contains a wealth of basic signal program, suitable to help beginners understanding of DSP
DSP2812
- dsp2812的基本例程,有详细的介绍,加深对DSP的理解-dsp2812 basic routines, a detailed introduction to deepen the understanding of the DSP
spru061d
- dsp2812的基本例程,有详细的介绍,加深对DSP的理解-dsp2812 basic routines, a detailed introduction to deepen the understanding of the DSP
hough
- 本实验例程为DSP+FPGA之间通信,实现hough变换检测圆的源代码,对于图像处理方面的理解将更为深入。-In this study, routine communications between the DSP+ FPGA, to achieve hough transform circle detection source code, for image processing will be more in-depth understanding.
01-DSP
- DSP 基础实验 关于 TMS320F2808 很有用的了解实验-DSP based on TMS320F2808 experiments useful for understanding experiments
dsp shiyan
- 一.实验目的 1.掌握Code Composer Studio 3.3的安装和配置步骤过程。 2.了解DSP开发系统和计算机与目标系统的连接方法。 3.了解Code Composer Studio3.3软件的操作环境和基本功能,了解TMS320C55xx软件开发过程,包括: ⑴ 学习创建工程和管理工程的方法。 ⑵ 了解基本的编译和调试功能。 ⑶ 学习使用内存与变量观察窗口。 ⑷ 了解图形功能的使用。(I. experimental purposes 1. master th