GA_SVM-master

计算四连杆机构运动学，数学模型和simulink仿真模型(mechanical asidh asid as d a d asd ad a d a d ad ad a da d ad a d)

用来处理一些面板数据，stata文件,可以进行面板数据回归等一系列操作(use to deal with stata panel data)

说明：  使用方法重载来计算三角形，长方形和圆形的面积。给三维向量的加法设计运算符重载并测试结果(Use method overload to calculate the area of triangle, rectangle and circle. Overload the additive design operators for three-dimensional vectors and test the results)

说明：  (ZSI)Z SOURCE INVERTER SIMULATION MODEL

电视机彩条发生器，有文字，图案等多种选择模式-TV Color Bar Generator, with text, patterns and other selection mode

说明：  阵元受损的情况下对阵元进行降采样，分析降采样阵元数对估计性能的影响。(In the case of damaged array elements, downsampling is carried out to analyze the influence of the number of downsampling array elements on the estimation performance.)

计算相图学，材料学开源软件，Fortran(Calculation of phase diagram, materials science open source software, Fortran)

说明：  混沌吸引子的matlab实现代码，包括 Logistic映射 - ChaosAttractorsMain_Logistic.m Henon映射 - ChaosAttractorsMain_Henon.m Lorenz吸引子 - ChaosAttractorsMain_Lorenz.m Duffing吸引子 - ChaosAttractorsMain_Duffing.m Duffing2吸引子 - ChaosAttractorsMain_Duffing2.m Rossler吸引子 - ChaosAttractorsMain_Rossler.m Chens吸引子 - ChaosAttractorsMain_Chens.m Ikeda吸引子 - ChaosAttractorsMain_Ikeda.m MackeyGLass序列 - ChaosAttractorsMain_MackeyGLass.m Quadratic序列 - ChaosAttractorsMain_Quadratic.m(Chaos attractor matlab implementation code. including: Logistic mapping - ChaosAttractorsMain_Logistic. M Henon mapping - ChaosAttractorsMain_Henon. M Lorenz attractor - ChaosAttractors main_lorenz.m Duffing attractor - ChaosAttractorsMain_Duffing. M Duffing2 attractor - ChaosAttractors main_duffing2.m Rossler attractor - ChaosAttractorsMain_Rossler Chens attractor - ChaosAttractors main_chens.m Ikeda attractor - ChaosAttractors main_ikeda.m MackeyGLass sequence - ChaosAttractors main_mackeyglass.m Quadratic sequence - ChaosAttractors Main_Quadratic. M)

Delphi测试缓冲区溢出 堆栈溢出，本程序用于堆栈溢出测试，超出6个字符的话则溢出。作者：曾繁威 于重庆学习作。输入“aaaaaaaaaaL$E”,可以溢出执行“溢出执行”按钮的代码。

说明：  数据结构课程设计 电梯调度算法的实现，实现简单，可直接使用(Elevator is defined in this program.You can use it directly;)