[zh]Principles_of_Communication_Systems_Simulation

[自動控制]CLOSED LOOP POLES計算工具，使用者輸入系統Function(由TF, ZPK, SS, FDS建立)，以及feedback controller，程式會計算出closed loop poles. (CLOSED LOOP POLES calculation tools for automation control. POLE=POLEPLACE(P,C) returns the closed loop system poles for a given plant P and a given controller C. Input P is the given plant (created with either TF, ZPK, SS, or FRD). Input C is the given controller. Output POLE is a vector representing all desired closed loop poles. )

声光技术在雷达动目标模拟中的应用， 由于受到延迟时间固定不变或只能离散变化的限制,许多雷达目标模拟器不能模拟连续运动目标的变化。为此,设计了一种新型的声光延迟系统,并对该系统的性能作了分析。与其它延迟系统相比,本系统的优点在于延迟时间可连续变化,延迟总时间可满足信号处理的要求。因此,它可以方便地应用于运动雷达目标模拟和其它信号的处理。 (Sound and light technology in radar moving target simulation, due to the limit of the delay time constant or only discrete changes, many radar target simulator can not simulate changes in the continuous moving target. To this end, the design of a novel acousto-optical delay system, and the performance of the system analyzed. Compared with the other delay system, the advantage of this system is that the delay time can be continuously changes to delay the total time can satisfy the requirements of the signal processing. Therefore, it can be easily applied to the sports radar target simulation, and other signal processing.)

使用MATLAB编程实现KALMAN滤波算法实现，用于对目标的状态进行跟踪，可以显示跟踪的准确度和实时性(Using MATLAB programming Kalman filter algorithm for the state of target tracking, tracking can show the accuracy and real-time)

说明：  微环谐振器，给定折射率和耦合系数，计算功率频及延时谱响应(With given index and coupling coeffecient,compute the spectral responses of power and delay time)

完成相关向量机的回归与分类的功能，采用经典例子(The relevance vector machine regression and classification)

使用MATLAB完成太陽能模擬 歡迎大家下載一起交流，討論(Use MATLAB complete solar capacity simulated)

基于prony分解算法，实现对曲线的高精度拟合，简单易懂(Prony based decomposition algorithm, to achieve high accuracy of curve fitting, easy to understand)

在MATLAB生成的FIG中进行局部放大，(FIG generated in MATLAB in the enlarged)

The FDTD code with PML and PEC dounary. There are including the worb repprt.

一种新的改进的遗传编程，调用的子函数描述的很清晰，涵盖了经典遗传编程的所有步骤，方便大家的学习和参考(A new and improved genetic programming, call the subroutine described in very clear and covers all the steps of classical genetic programming, we facilitate learning and reference)