rls

说明：  运动载体的定位与导航一般应用Kalman滤波算法。可 靠的Kalman滤波算法要求有可靠的函数模型、随机模型以 及合理的估计方法。实际情况中运动载体一般难以确保规 则运动，因而精确的函数模型的构造十分困难。近年来， 有不少学者对机动载体运动模型进行了讨论，所属内容各 具特点，建立的各种模型包括微分多项式模型、常速度模 型、常加速度模型、时间相关模型，半马尔柯夫模型、 Noval统计模型及机动载体的“当前”统计模型(Moving vehicle positioning and navigation general application of the Kalman filter algorithm. Kalman filter algorithm requires a reliable function model, a stochastic model, as well as a reasonable estimation method. Moving carrier in the actual situation is generally difficult to ensure a regular motion, and thus the the precise function model structure is very difficult. In recent years, many scholars have discussed the movement of the motor carrier model, each with distinct characteristics of their respective content, establish various models including the differential polynomial model, constant velocity model, constant acceleration model, time-dependent model, semi-Markov model, Noval statistical model and motor carrier &quot current&quot statistical model)

运用星座图重排策略的HARQ方案，与chhase combined 方案的比较仿真 (Using constellation rearrangement strategy HARQ scheme, comparing simulation program chhase combined)

matlab code for image manipolation include fuzzy image processing

说明：  matlab另一中简单些的源码,只给出预测结果,不进行精度分析(Another more simple matlab source code, only the results of prediction are given, not to accuracy analysis)

关于独立成份分析中的若干算法的程序,一个优化的计算四阶ICA/BSS的算法(a number of source code about independent component analysis algorithm.A computationally optimized fourth-order based ICA/BSS algorithm)

用有限时域差分方法编写的光子晶体一个程序，计算了透射系数。( applies finite difference time domain method to analyze the band gap of Two-Dimensional cirque Photonic Crystal. )

在Matlab中利用复合梯形公式和复合辛普森公式编程计算二重积分。(In Matlab, using the composite trapezoidal formula and calculate the double integral composite Simpson formula programming.)

Kalman filtering examples. Parameter estimation, EKF, UKF.

selection combining模式下，瑞利信道下的能量检测(the Selection Combining mode, Rayleigh channel energy detection)

说明：  自己编写的zero forcing equalizer，完全可用(I have written zero forcing equalizer, fully available)