PSD

信息科学与通信工程中卷积码的MATLAB程序的编写(Information Science and Communication Engineering in the convolutional code written MATLAB program)

数字图像处理姚敏版第三章所有例题的完整的matlab程序，(Yao Min version of Digital Image Processing chapter of all examples of the complete matlab program)

labview for example embrassion

matlab源代码 主要是进行有限元计算的(matlab source code is mainly carried out finite element calculations)

说明：  HHT仿真，并且对此有一定的改进，HHT仿真，并且对此有一定的改进(HHT simulation, and certainly have improved, HHT simulation, and certainly have improved)

通过Matlab/simulink对boost电路进行编程，实现了输出电压的PI控制。对输出电压可以任意调节(By Matlab/simulink for boost circuit programming, the PI control of the output voltage. The output voltage can be adjusted)

利用MATLAB对数据进行傅里叶变换，的都数据的频谱图像。(Spectral image data using MATLAB Fourier transform all data.)

Aspen Dynamics 与Simulink 联合仿真的案例学习(Design and Cosimulate Control of Distillation Tower with Aspen Plus Dynamics- MATLAB & Simulink Example)

摘　要:提出一种新的基于Pareto多目标进化免疫算法(PMEIA)。算法在每一代进化群体中选取最优非支配抗体保存到记忆细胞文档中 同时引入Parzen窗估计法计算记忆细胞的熵值,根据熵值对记忆细胞文档进行动更新,使算法向着理想Pareto最优边界搜索。此外,算法基于点在目标空间分况进行克隆选择,有利于得到分布较广的Pareto最优边界,且加快了收敛速度。与已有算法相比, PMEIA在收敛性、多样性,以及解的分布性方面都得到很好的提高。(Abstract:This paperproposed a new pareto-based multi-object evolutionary mi mune algorithm(PMEIA). PMEIA selected optmi alnon-dominated antibodieswhichwere then reserved inmemory cellarchive, and introducedParzenwindow to calculate entropy ofmemory cells. Updated thememory cell archive according to entropy ofmemory cells. This guarantees the conver- gence to the true Pareto fron.t Moreover, the performance of clone selection was dependent on distribution in the objective space, whichwas favorable forgetting awidely spreadPareto frontand mi proving convergence speed. Comparedwith the exis- ted algorithms, the obtained solutions ofPMEIA havemuch betterperformance in the convergence, diversity and distribution.)

简单的线性回归的算法以及运用此算法对简单数据进行分类处理(Simple linear regression algorithm and apply this algorithm to classify simple data processing)