frost-growth

说明：  蚁群算法解旅行商问题的MATLAB源码， 城市坐标可自行修改。(Ant Colony Algorithm for Traveling Salesman Problem Solutions MATLAB source code, city coordinates are free to modify.)

用matlab中的SIMULINK实现3路信号采样、时分复用传输和接收分路过程的仿真模型(3-way signal sampling, time division multiplexing transmission and reception process simulation model shunt)

computer network: a optimization and control perspective

Using a progressive intuitive/mathematical approach, this introduction to computer vision provides necessary theory and examples for practitioners who work in fields where significant information must be extracted automatically from images-- including those interested in multimedia, art and design, geographic information systems, and image databases, in addition to the traditional areas of automation, image science, medical imaging, remote sensing and computer cartography. The book provides a basic (Computer Vision- Linda Shapiro.pdf)

除去接受信号中期望信号的mvdr 自适应波束形成算法（自相关矩阵估计）(Remove accepts signals desired signal mvdr adaptive beamforming algorithm (autocorrelation matrix estimation))

主要用于故障诊断的神经网络预测KPCAcontourmap代码文件(Neural Network Prediction KPCAcontourmap Code File for Fault Diagnosis)

使用matlab编写的模拟退火算法，经过matlab验证过，程序可以直接拷贝使用(Prepared using matlab simulated annealing algorithm matlab verified through the program can be directly copied using)

机器人各种机构的控制仿真例程，代码都能运行，适合初学者(Robot control simulation routines of various institutions, the code can run, suitable for beginners)

说明：  牛顿法解决求根问题。给出所需要求根的方程，以及搜索步长，搜索步数，输出所求得的根值。(Newton s method for solving the root of equation. Inputs: eqation, step lenth, number of steps.)

摘要：应用Matlab/Simulink对实验室研制的六自由度运动平台位置反解建模、仿真、分析，通过对上平台进行垂 荡、纵荡、横荡、纵摇、横摇和艏摇六个自由度方向上的运动仿真分析，得到了六个液压缸的长度变化规律，更直观的 了解了平台在不同运动情况下的运动规律 (Abstract: The six degrees of freedom motion platform location, Matlab/Simulink laboratory developed anti-solution modeling, simulation, analysis, on a platform heave, vertical swing, sway, pitch, roll and yawing sixdegrees of freedom on the direction of motion simulation, six hydraulic cylinders of length variation, a more intuitive understanding of the law of motion of the platform in the case of different sports)