utm2deg

说明：  从高光谱图像中截取一部分样本进行后续处理(A part of the sample is intercepted from the hyperspectral image for subsequent processing)

说明：  基于传统信道估计LS，MMSE，和不同多普勒频移下的误码率等(Based on the traditional channel estimation ls, MMSE, and different Doppler frequency shift bit error rate)

说明：  对数据进行批量归一化处理，适合gis工作人员，可以在gis的arcpy中运行。(Batch normalization of data is suitable for gis staff and can be run in gis arcpy.)

基于薄板样条插值法的非刚性图形配准，带有gui界面(Thin plate spline-based non-rigid graph matching, with a gui interface)

说明：  该文档提供ASK,BPSK,QPSK,4QAM,16QAM等多种调制格式的LMS时域均衡算法，最初结构由MathWorks提供。(This document provides LMS time domain equalization algorithms in ASK, BPSK, QPSK, 4QAM, 16QAM and other modulation formats. The original structure is provided by MathWorks.)

说明：  本程序用差分进化算法来优化神经网络，克服局部最优，使得全局最优，亲测可用(This program uses differential evolution algorithm to optimize neural network, overcome local optimum, make global optimum and pro-test available.)

该程序为同步压缩变换，能够运行，对时频分析有较好的处理结果(This program is a synchronous compression transform, can run, and has better processing results for time-frequency analysis)

1）设计Butterworth型音频抗混叠滤波器； 2）参数： 下通带频率300Hz；上通带频率3400Hz； 下阻带频率280Hz；上阻带频率3600Hz； 通带最大衰减0.3dB； 阻带最小衰减40dB； 3）采用一低通滤波器和一高通滤波器级联； 4）分别确定LPF和HPF的性能指标； 5）求出两滤波器的系统函数和频率响应，并画出其幅频特性曲线； 6）求整个滤波器的系统函数和频率响应，并画出其幅频特性曲线。(1) the design of Butterworth-type audio anti-aliasing filter 2) parameters: passband frequency of 300Hz on pass-band frequency 3400Hz under the stop-band frequency of 280Hz on stop-band frequency 3600Hz passband maximum attenuation of 0.3dB minimum stopband attenuation of 40dB 3) the use of a low-pass filter and a high-pass filter cascade 4) separately to determine the performance of LPF and HPF target 5) to derive two-filter system function and frequency response, and draw its increase frequency characteristic curve 6) for the entire filter system function and frequency response, and draw its amplitude-frequency characteristic curve.)

OFDM系统中，部分传输序列PTS的算法源码((Orthogonal Frequency Division Multiplexing PTS)

这个是通过分析eeg（脑电波）来达到控制迷宫中物体移动的主程序 迷宫设计由matlab完成(this is through analysis eeg (EEG) to control the movement of objects maze of maze design by the main program Matlab completed)