资源列表
nrf905
- 经典C8051F020单片机NRF905无线通信程序 适合初学者学习C语言编程 已调试通过-Classic C8051F020 MCU NRF905 wireless communication program for beginners to learn C programming language has been debugging through
401
- 经典51单片机NRF401无线通信发送接收程序 适合初学者学习C语言编程 已调试通过-Classic 51 SCM NRF401 transmitting and receiving wireless communication program for beginners to learn C programming language has been debugging through
live
- live rtsp lib streamer lib
Texture_Synthesis
- 通过像素匹配关系，将小的纹理图像转换后合成一个大的-By pixel matching relationship, the synthesized small texture image converting a large
filter
- 采用自适应中值滤波RAMF法达到滤除噪声信号波形的效果-RAMF adaptive median filter method filter out the noise signal waveform results
calculate
- 以visual studio为开发环境而开发的简易计算器，基本实现了计算器的各种功能。-In visual studio for tool development simple calculator, calculator has been basically achieved all the functions
all_ctrl_single_bridge
- 该程序为单相全控整流电路仿真，可以实现单相交流电到直流电整流，并能观察整流输出及整流桥工作情况。-The program for the single-phase full-controlled rectifier circuit simulation, can achieve single-phase AC power to DC rectifier, and can be observed and rectified output rectifier bridge work.
image_scrambling
- 在数字水印和图像加密领域，通过图像置乱原理程序实现图像打乱再生成功能-In the field of digital watermarking and image encryption, and then by the image generation program of image scrambling principle upset
half_ctrl_single_bridge
- 该程序是单相半控整流电路仿真模型，能够将单相交流电通过整流桥转换为直流电，能够观察整流桥工作特性，输出直流特性。-The program is a single-phase half-controlled rectifier circuit simulation model, the ability to single-phase AC power is converted to DC by the rectifier bridge, it is possible to observe the
160815sound-System
- 声音采集源程序，移植容易,供初学者学习 Sound card to collect real-time waveform display-Sound card to collect real-time waveform display
cminpack
- cminpack LM优化算法 C++版本-cminpack LM optimizer c++ version
half_ctrl_three_bridge
- 该程序为半控三相整流电路仿真模型，能够将三相交流电通过半控整流器转换为直流电，能够观察输入输出特性，能够观察整流器工作特性。-The program for the three-phase half-controlled rectifier circuit simulation model can be three-phase alternating current through the half-controlled rectifier is converted to DC power, i