ANN_ImageCompression

说明：  使用matlab进行图片加噪，DCT变换，平滑滤波等处理(Add noise to images using matlab, DCT transform, filtering and other processing )

基于MATLAB环境下的运用直接法求解线性方程组的对应的代码 简单易学 便于初学者消化使用(Based on MATLAB environment using a direct method for solving linear equations corresponding code is easy to learn for beginners to use digest)

包括随机梯度算法，相对梯度算法，DC-DC部分采用定功率单环控制，调试通过可以使用，快速扩展随机生成树算法，基于chebyshev的水声信号分析，IMC-PID是利用内模控制原理来对PID参数进行计算，有PMUSIC 校正前和校正后的比较。( Including stochastic gradient algorithm, the relative gradient algorithm, DC-DC power single-part set-loop control, Debugging can be used, Rapid expansion of random spanning tree algorithm, Based chebyshev underwater acoustic signal analysis, The IMC- PID is using the internal model control principle for PID parameters is calculated, A relatively before correction and after correction PMUSIC.)

最优控制是现代控制理论的核心，它研究的主要问题是：在满足一定约束条件下，寻求最优控制策略，使得性能指标取极大值或极小值(The optimal control is the core of modern control theory it is the main problem is: conditions meet certain constraints, finding the optimal control strategy, and performance to take the maximum or minimum value)

一种基于Boost电路的光伏发电的最大功率点跟踪，MATLAB simulink的仿真(A photovoltaic maximum power point tracking based on the Boost circuit simulation, MATLAB simulink)

机器人轨迹控制 机器人仿真设计 机器人优化设计的很好的源程序(Robot trajectory control of robot simulation robot designed to optimize the design of good source)

This function will display 2 input images in a single output image, side by side.

This code is used to simulation of bed load transport in two phase flow domain.

图论算法及MATLAB程序代码,包含算法pdf文档和M文件。Warshall-Floyad算法，Kruskal避圈法，匈牙利算法，可行点标记求最佳匹配算法，Ford--Fulkerson标号法求最大流算法，最小费用最大流算法。求解数学模型必备！(Graph theory algorithms and MATLAB code contains of algorithm pdf documents and M files. The the Warshall-Floyad algorithm, Kruskal avoid lap law, Hungary algorithm feasible point mark for the best matching algorithm, Ford- Fulkerson labeling method for maximum flow algorithm, minimum cost maximum flow algorithm. To solve the mathematical model is essential!)

一个解算实例。以较高的精度求解卫星经过近地点和远地点的时间。(an example. A higher accuracy solution through satellite perigee and apogee of time.)