资源列表
SEED501_h263_loopback
- 基于DM642的H263编码的工程文件。包含所有的配置文件-DM642-based project files encoded in H263. Contains all the configuration files
SEED403_LaplacianEdge
- 基于DSPDM642的边缘检测代码。检测算法为拉普拉斯算子。包含DSP的所有工程文件-Edge detection based on DSPDM642 code. Detection algorithm for the Laplace operator. DSP project file that contains all
SEED402_PrewittEdge
- 基于DSPDM642的边缘检测代码，算法为Prewitt算子。包含DSP运行的所有工程文件-DSPDM642 edge detection code based on the algorithm for the Prewitt operator. Contains all the project files DSP running
SEED401_SobelEdge_part
- 基于DSPDM642边缘检测的代码，算法为Sobel算子，包含DSP运行所需的所有工程文件-DSPDM642 edge detection based on the code, the algorithm for the Sobel operator, contains the DSP to run all the project files needed
SEED103_Threshold
- 基于ＤＳＰＤＭ６４２的阈值分割代码，里面包含代码的所有工程文件-Thresholding based on DSPDM642 code, which contains the code for all project files
111
- 关于ＤＳＰ编程的关键问题，对初学者有一定的帮助，是入门阶段的好资料-Key issues on the DSp programming, be helpful for beginners, is a good data entry stage
ddr
- 该程序是TI的达芬奇处理器DM6467开发板的DDR测试程序，该程序的开发环境是CCS3.3，使用的编程语言是C-The program is for TI s DaVinci processor DM6467 development board test program of DDR , the program s development environment is CCS3.3, using the programming language is C
VP8_DSP_Design_Line_Article_20090227
- VP8 DSP Design Line Article
F2812-Can_Self_Test
- 基于TMS320F2812的CAN总线通信自测程序-This test transmits data back-to-back at high speed without stopping.The received data is verified. Any error is flagged.MBX0 transmits to MBX16, MBX1 transmits to MBX17 and so on....This program illustrates the use of self-
F2812-FFT
- FFT 并不是一种新的变换，它是离散傅立叶变换（DFT）的一种快速算法。由于我们在计算DFT 时一次复数乘法需用四次实数乘法和二次实数加法；一次复数加法则需二次实数加 法。每运算一个X（k）需要4N 次复数乘法及2N+2（N-1）=2（2N-1）次实数加法。所以 整个DFT 运算总共需要4N^2 次实数乘法和N*2(2N-1)=2N(2N-1)次实数加法。如此一来，计算时乘法次数和加法次数都是和N^2 成正比的，当N 很大时，运算量是可观的，因而需要 改进对DFT 的算法减少运算速度
F2812-Key
- 通过实验学习使用2812DSP 的扩展端口接收外围设备信息的方法，了解键盘的使用原理及 编程方法。-Experimental study by using the expansion port receiver 2812DSP peripheral information methods to understand the use of keyboard theory and programming.
F2812-Lcd
- 通过实验学习使用2812ADSP 的扩展I/O 端口控制外围设备的方法，了解液晶显示器的显 示控制原理及编程方法。-Experimental study by the expansion of the use 2812ADSP I/O port control peripherals methods to find the LCD display on control theory and programming.