NNAdvanced

本程序在MATLAB开发环境下，用周期图谱估计的方法对信号的频谱进行了估计，估计结构为两个频率分量。(The procedure developed in the MATLAB environment, with the cycle map estimation method to estimate the signal s spectrum, estimated structure for the two frequency components)

一款RS缩短码的源代码，可修改其中主程序的数据变任意一种RS码的编码器，此程序经多次验证均正确，且采用标准代码格式描写，易读。(A shortened RS code source code, which can modify data in the main program code change any of the RS encoder, this procedure has been repeatedly verified are correct, and the use of standard code format description, easy to read.)

智能控制算法，小脑模型，神经网络，函数逼近(Intelligent control algorithm, cerebellar models, neural networks, function approximation)

说明：  无人驾驶汽车是智能汽车的一种，也称为轮式移动机器人，(Vehicular automation involves the use of mechatronics, artificial intelligence, and multi-agent system to assist a vehicle's operator.)

对机械类振动信号处理，时域内特征值得提取，均值、均方根、绝对平均幅值、峭度等(For mechanical vibration signal processing, time domain feature extraction worth, mean, RMS, mean absolute amplitude, kurtosis, etc.)

visual cryptography & hash funcction for data and image files

Matlab陀螺仪仿真，里面有GUI仿真以及M文件，可根据需要自行改变运动轨迹(Matlab simulation, a gyroscope simulation and M file, there is a GUI can be according to the need to change the trajectory )

this is matlab code for estimating the static linear system(system function is time variable) with Kalman Filter. this program is written by matlab 7.0. Here we want to estimate the below function: this is matlab code for estimating the static linear system(system function is time variable) with Recursive Least Squre and 2 solutions for better result. 1- using the Covariance Matrix Reseting in a specefic time. 2-using the RLS with Forget Factor this program is written by matlab 7.0. Here we want to estimate the below function: 1-u^2+(1+tansig(0.1*(t-375)))*u^3+u^5+3*u^7 finally,there are plots for showing results.

信号与系统课后教材源程序代码，绘制出连续信号时域波形(After-school teaching signals and systems source code, to map out a continuous signal waveform)

说明：  介绍了目前世界上主要的深海ROV及其作业系统配置情况，以便为ROV作业系统的总体设计提供 相关参考．然后分别针对水下机械手的研制思路和水下作业工具的研究状况及难点等进行了分析与评述，给出了 相关建议．(Introduced the world' s major deepwater ROV and its operating system configuration to provide a reference for the overall design of ROV operating system. Then separately for the underwater robot underwater tool developed ideas and research situation and the difficulties are analyzed and reviewed, gives the relevant recommendations.)