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说明：  上传了几个基于“当前”统计模型的机动目标跟踪的程序，包括子程序和文献，还有粒子滤波的目标跟踪程序(From a few based on the &quot current&quot statistical model for maneuvering target tracking procedures, including routine and literature, as well as particle filter target tracking process)

说明：  在使用matlab示波器时运行该show.m即可以对示波器背景和线条颜色进行调整。(execute it when you want to change the color of the scope or the line。)

DWT的分解与逆变，可以用于风电和负荷预测之前的去噪点(decomposition and inverter which based on DWT , it can be used in the wind power prediction and load forecasting data )

用于振动方程求解，其中包含了newmark-B的积分数值求解方法，以及求解过程。(It is used to solve the vibration equation, including the Newmark-B integral numerical method and the solving process)

数字水印预处理Arnold置乱程序。在水印的嵌入与提取中用来置乱图像。(Digital Watermarking Arnold scrambling pretreatment procedures. In the watermark embedding and extraction of images used to scrambling.)

电力系统分析软件，可对特高压系统电压控制域进行分析(Power system analysis software, can UHV analysis system voltage control domain)

在matlab下如何调用c语言编写的程序，包括编译器的选择和设置(In matlab how to call the c language program, including the compiler options and settings)

Candide-3 face model

统一设定带宽、脉宽、采样率、脉冲重复频率，用Matab产生16个脉冲的LFM，每个脉冲有4个目标（低速，静止，高速，低速），第3个目标的距离、速度与学号有关。前3个目标的幅度相同，第四个目标幅度是前三个的一半。且距离与第2个静止目标相同。 依次做如下处理： 1 脉压 2 脉压后，相邻2脉冲做MTI（即相邻2个脉冲对应相减），产生15个脉冲 3 脉压后，16个脉冲到齐后，做MTD，输出16个多普勒通道 4 对MTD结果做CFAR（恒虚警） (Unified set bandwidth, pulse width, sampling rate, pulse repetition frequency, and produces 16 pulses Matab LFM, with four goals each pulse (low-speed, static, high-speed, low speed), the first three goals of distance, speed and Student ID related. The first three goals of the same magnitude, and the fourth target range is half of the first three. And from the stationary target with the first two the same. Followed by treatment as follows: 1 pulse 2 pulse pressure, the adjacent two pulses do MTI (that is adjacent to two pulses corresponding to the subtraction), resulting in 15 pulse 3 pulse pressure, 16 pulses in attendance after doing MTD, 16 Doppler channel output 4 MTD results do CFAR (CFAR))

Ordinary and Partial Differential Equation Routines in C, C++, Fortran, Java, Maple, and MATLAB