资源列表
SEED105_WindowTrans
- 这个程序的功能是灰度的窗口变换，是可以直接移植在DM642上的c++源码。-This program is to transform the gray window, can be directly transplanted in the DM642 c++ source.
SEED104_LinerTrans
- 这个代码的功能是用于图像的线性变换。是可以在DM642上直接运行的C++代码。-This code function is a linear transformation for the image. Can be run directly on the DM642 C++ code.
SEED103_Threshold
- 在CCS平台上的，将c++移植到DM642上的代码，可以直接使用。功能是图像阈值分割。-The CCS platform, will migrate to c++ code on DM642 can be used directly. Function is the image threshold segmentation.
SEED102_Grayscale
- 适用于CCS平台，将C++移植到DSP上的代码。用途是灰度图-For CCS platform, C++ transplanted to DSP code. Purpose is to grayscale
DSP-experimental-box-led-display
- 在DSP实验箱上显示四个汉字，并不停的移动，当撞到四周的时候可以反弹-In the DSP experimental box displays four characters, and constantly moving, when hit when you can bounce around
fir
- 基于TI的DSP开发的完整的FIR滤波器源代码，并且还包含了FIR滤波器在matlab仿真中的源代码。-Complete FIR filter source code, and also includes a FIR filter in matlab simulation source code.
Lab542_Serial
- 本源码为基于DM642型DSP试验箱编写的串行口测试程序，使用CCS开发，方便用户学习DSP程序开发技术。-The source is based on the DM642 DSP-based serial interface chamber written test procedures, the use of CCS development, user-friendly learning DSP application development technologies.
Lab540_AudioFIR
- 本源码为基于DM642型DSP试验箱编写的音频FIR测试程序，使用CCS开发，方便用户学习DSP程序开发技术。-The source is based on the DM642 DSP-based Audio FIR chamber written test procedures, the use of CCS development, user-friendly learning DSP application development technologies.
Lab544_VideoPIP
- 本源码为基于DM642型DSP试验箱编写的视频PIP测试程序，使用CCS开发，方便用户学习DSP程序开发技术。-The source is based on the DM642 DSP-based Video PIP chamber written test procedures, the use of CCS development, user-friendly learning DSP application development technologies.
dspic-servo-29jan2008
- pid regulation speed rotation dc motor
Sensor
- 在Altium Designer环境下设计了传感器原理图库文件，主要包含CHV-25P以及LA 50-P。-In Altium Designer environment designed sensor schematic library file mainly contains CHV-25P and LA 50-P.
low-pass-ccs
- FIR低通滤波器的matlab程序设计及其在DSP里的实现。-FIR low-pass filter matlab program design and its implementation in the DSP.