RandWPSO_LinWPSO_LnCPSO

RLS自适应滤波算法程序。包含FIR RLS demo和IIR RLS demo。()

这是基于MATLAB的偏微分方程的腐蚀算子！(This is based on the partial differential equations MATLAB corrosion operator!)

matlab从入门到精通第9章书后源码对初学者很有帮助(matlab)

说明：  继续上传我自己遍的信道！谢谢！ 这个我没有完全的调试成功，请指正！(to upload my own times of the Road! Thank you! This I did not successfully complete debugging, Hi!)

粒子群算法(pso)标准测试函数验证程序。在一个m文件中包括了目前文献中用于验证的7个标准测试函数(Ackley等)、三维动态显示，粒子过分集中时打散等功能。旨在为学习和研究者pso算法的同仁提供一个功能较为完备、简单易懂的标准版本，对于初学者可以通过此程序快速的实现入门，以便将更多的精力投入到深层次的研究中去！同时愿与所有致力于此的朋友共同探讨pso算法的改进与应用方面(如多目标、动态系统等)的经验。(验。-PSO algorithm (PSO) standard test function verification process. M in a document, including the current literature is used to validate the seven standard test function (Ackley), 3D dynamic display, and the over-concentration of particles scatters when the function. Designed for researchers to study and colleagues at the PSO algorithm to provide a more complete functional and easily understood standard version, for beginners through this program to achieve rapid entry. in order to be more energy into depth study! While willing to work with all the friends here to discuss PSO algorithm improvements and applications (such as multi-target, Dynamic systems, etc.) experience.)

日前调度计划优化，根据负荷、风电、光伏、燃气轮机、蓄电池出力计划，安排日前调度出力，以成本最优为目标函数进行调度(Recently scheduling optimization, depending on the load, wind power, photovoltaic, gas turbines, battery output plan arranged before scheduling output, optimal scheduling cost as the objective function)

CV模型，利用概率数据关联算法和最近邻算法对其进行跟踪滤波，保证正确(CV model, the probabilistic data association algorithm and the nearest neighbor filter algorithm to track and ensure the correct)

Radar systems analysis with Matlab. Theoretical texbook + matlab codes in the text.(Radar systems analysis with Matlab. Theoretical texbook+ matlab codes in the text.)

清音的对数幅度谱，短时过零率，平均能量，基音周期(Voiceless logarithmic amplitude spectrum, short-term zero crossing rate, average energy, pitch period)

说明：  用ar方法估计功率谱，并估计信号频率和峰值(Ar method estimates the power spectrum, and estimate the signal frequency and peak)