pmsys

实现单站无源定位仿真算法 目标进行二维直线运动(Simulation for single observer passive location algorithm for two-dimensional linear motion target)

一个车间调度程序,它的独特之处在于输入测试矩阵可任意测试。 (A shop scheduling program, its unique in the input test matrix can be arbitrary test.)

最大功率跟踪爬山法的控制模型，可成功跟踪，带滤波(MPPT control model climbing method can successfully track with filter)

关于粒子滤波的MATLAB源代码，实现了目标跟踪的效果~直接运行，有图像，希望大家喜欢。(On the particle filter MATLAB source code, to achieve the target tracking results ~ direct run, there is the image, hope you like.)

粒子群优化算法的详细算法流程，流程图的形式展现。(Particle swarm optimization algorithm with the algorithm process, to show the form of a flowchart.)

此为一篇介绍mcmc方法的外文文献 非常适合刚刚接触mcmc方法的初学者(This paper introduces the readers of the Proceedings to an important class of computer based simulation techniques known as Markov chain Monte Carlo (MCMC) methods. General properties characterizing these methods will be discussed, but the main emphasis will be placed on one MCMC method known as the Gibbs sampler. The Gibbs sampler permits one to simulate realizations from complicated stochastic models in high dimensions by making use of the model’s associated full conditional distributions, which will generally have a much simpler and more manageable form. In its most extreme version, the Gibbs sampler reduces the analysis of a complicated multivariate stochastic model to the consideration of that model’s associated univariate full conditional distributions.)

关于单载波频域均衡的研究，将LMS算法引入SC_FDE系统当中(Equilibrium studies on single-carrier frequency domain, the LMS algorithm is introduced which SC_FDE system)

离散信号处理 1、信号的生成方法 2、频域信号的分析 3、求正弦信号的频率 4、求正弦信号的加入时间 5、滤波器的设计 (1 discrete signal processing, signal generation method 2, the frequency domain analysis of signal 3, and 4 the frequency of sinusoidal signal, and added sinusoidal signal 5, filter design)

用矩阵工作室进行图像处理时能够用到的自带库函数大全，很方便的实现图像处理功能。(For image processing using matlab to use the native library function Guinness, very convenient to realize image processing functions.)

在EFI架構下寫一隻PPI sample(PEIM to PEIM Interface),使兩隻PEIM可透過此PPI互相傳遞資料. Write a PPI sample to make two PEIMs able to communicate each other.(Write a PPI sample to make two PEIMs able to communicate each other.)