dNSCT--remote-image-fusion

中间包括好几个希尔伯特黄的算法，基于MATLAB软件下运行。有emd-visu,emd-separation,emd-sampling,emd-n,里面还有hht 其他的内容，完整，经过测试。做信息处理，Fourier 是个万金油。HHT的优势所在，HHT是一个超adaptive的方法。

对不同源节点到中继节点距离的固定DF译码转发协作通信的误码率进行了仿真(The error rate of fixed DF decode and forward cooperative communication is simulated for the distance from heterogeneous nodes to relay nodes)

利用SCPI语言，实现基于Matlab的信号发生器控制(With SCPI programming language, implement the control of wareform generator based on Maltab)

一级倒立摆的仿真……PID及模糊控制，需要的可看看(An inverted pendulum simulation ... ... PID and fuzzy control, need to look at)

matlab的等温线绘制。利用插值等 知识实现绘制给定数据的等温线绘制(matlab temperature line)

自己编写的短时傅里叶变换（STFT）程序，短时傅里叶变换可以获得非平稳信号的时频图，主要原理是用滑窗截取一段信号，认为这一段时间内信号是平稳的，对其进行fft变换获得频谱(I have written a short time Fourier transform (STFT) program, short-time Fourier transform can be obtained non-stationary signal frequency diagram, the main principle is the interception of a signal with a sliding window that within this period of time the signal is stationary, access to spectrum fft transform them)

说明：  利用MCMC方法实现叠前反演，纵横波速度和密度(Using MCMC method to realize prestack inversion, P-wave velocity and density)

SIMULINK® MODEL FOR SIMULATION OF A 14-BIT PIPELINE ADC(SIMULINK ? MODEL FOR SIMULATION OF A 14-BIT PIPELINE ADC)

matlab program for thinning an image

坂村健先生简介,。世界著名的TRON计算机系统结构就是最早由坂村先生研究创立的。(A simple introduction of Ken Sakamura. He is the father of Tron Tron, now he focus on reseaching of ubiquitous computing.)