资源列表
picPPWM
- pic+pwm提供给大家一起学习。分享一下资源-pic+pwm available to everyone learning together. To share resources
pwm
- 用pic编得pwm波形。可调节占空比。调节频率-Pic compilation of the pwm waveform. Adjustable duty cycle. Adjust the frequency
gmsh-2.6.0-source
- 网格划分器GMSH的源代码，可实现有关建模、网格划分等一切功能，很强大的开源软件-The meshing of GMSH the source code can be realized all the features for modeling, meshing, a very powerful open source software
myMailServer
- VC典型模块与项目实战大全-电子邮件收发管理器-Typical VC module and project combat Daquan- send and receive e-mail manager
ddssss011i
- 直接序列扩频通信系统仿真程序源码，使用maatlab语言设计的程序源码。 可直接使用。 -Direct sequence spread spectrum communication system simulation, source code, program source code using maatlab language design. Can be used directly.
RrsccodeeS
- RS编解码过程，并包含进制转转换与域的变换，可用于RS码仿真 -RS encoding and decoding process, and contains the hex turn convert transform domain can be used for the RS code simulation
Bppttrare
- 精彩ppt模板，各式各各样，种类齐全，欢迎下载 -Wonderful ppt templates, various sorts, full range, are welcome to download
Tftppcsharrph
- 此源代码,是一个运用csharp语言开发的一个ftp程序源码，带有上传下载，并并且同步进度条.是本人刚开始学习网络编程与开发时开发的一个程序源码. 可直接使用。 -This source code using an ftp program source code csharp language development, with upload and download, and sync progress bar. I just started to learn network progra
LLMSSLLLM
- ＬＭＳ算法ＭＡＴＬＡＢ仿真源代码！用用于对智能天线的ＬＭＳ算法进行仿真用！ -MATLAB simulation of the LMS algorithm source code! For the LMS algorithm of smart antenna simulation with
RSSyyncFilee
- 远程网络进行文件同步的源码，包含服务器端端与客户端，能为类似项目参考。 可直接使用。 -Remote network file synchronization source, including the server end to end with the client, a reference for similar projects. Can be used directly.
BDraawMySurffe
- Bezier，B样条曲面，同时又一个实例，和给定16个点，能能自动画出Bezier，B样条曲面，能选择是否显示出来控制网格 -Bezier, B-spline surface, while an instance, and given 16 points to automatically draw the Bezier and B-spline surfaces can choose whether to display out of the control grid
guangyinijuzhen
- 求取矩阵广义逆的代码，里面含有测试程序，整个算法很简单-Strike the Generalized Inverse of Matrix code, which contains the test procedures, the entire algorithm is very simple