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estimate offset time for pulse that modulate in bpsk and compare pe to snr with without offset . we assume offset is between 0 to 4

学习bp神经网络的一个例子，有助于理解bp(bp nn MATLAB)

Why use C/C++ with Matlab? • Matlab can be slow • C++ can be fast – How can we integrate C++’s speed with Matlab’s convenience? Matlab’s convenience? • Goal: -Implement critical functions with (fast) C++ code, and use (slow) Matlab code for data structure management (which can be difficult/annoying in C++)

LMS算法和RLS算法的智能天线波束形成~~，可以运行~~~(LMS algorithm and RLS algorithm for smart antenna beamforming ~ ~, you can run ~ ~ ~)

普通PID控制及其扩展算法控制的MATALB仿真程序，内容包含面广．(ordinary PID control algorithm and its expansion of enriching control simulation program, which includes many sectors.)

这是数学建模算法之Matlab实现中的线性规划的第一个例子的代码(This is the Matlab mathematical modeling algorithm to achieve the first example of the linear programming code)

MATLAB仿真60个目标直线运动，采用基于航迹隶属度的航迹关联算法仿真目标正确关联概率(60 targets ,the correct probility of the algrithm based on track )

perceptron non linear

这个一个MATLAB的小程序，PUMA560的一个控制仿真界面(This a little MATLAB program, PUMA560 a control simulation interface)

The Spacecraft Control Toolbox is composed of MATLAB m-fi les and mat-fi les, organized into a set of modules by subject. It is essentially a library of functions for analyzing spacecraft and missions. There is a substantial set of software which the Spacecraft Control Toolbox shares with the Aircraft Control Toolbox, and this software is in a module called Common. The core spacecraft fi les are in SC and SCPro along with special plotting tools in Plotting. The new CubeSat module demonstrates mission planning and simulation for nanosatellites. These fi ve modules are referred to together as the Core toolbox. Functions for estimation, orbit analysis, subsystem analysis, and detailed attitude control system examples are grouped in separate modules. All of the modules are described in the following table, including the add-on modules which are purchased separately.