CHAPTER4

Simulation of an AR-GJR process

用布莱克曼窗设计数字带通滤波器,讲解了窗函数的基本原理，设计的过程等(The Blackman window design digital band-pass filter, to explain the basic principles of the window function, design process)

BPSK OFDM Monte-Carlo simulation in Rayleigh channel

说明：  用于预测，极限学习机Matlab程序，能直接运行，适合学习，。。。。。。。(Used for prediction, the ultimate learning machine Matlab program, can run directly, suitable for learning,...)

r=5时（级数为5）,由抽取的方法产生m序列 m序列优选对的产生，并计算了其自相关和互相关函数(m sequence generator (r=5), crosscorrelation and autocorrelation)

《脑动力：MATLAB函数功能速查效率手册》 光盘源码下。7~12章(Brain Power: MATLAB function Quick Guide CD Matlab-code 2.Chapter 7~12)

群机器人精确定位，使用航位推测法及WSN进行定位，卡尔曼滤波进行数据融合，最终获得精确的定位结果。(precise localization of swarm robots)

通过风电场的实际功率和预测功率进行风储功率容量配置(Wind Storage Power Capacity Configuration)

隐马尔可夫链模型和例程（包括前向、GwfTugA后向算法、Viterbi解码以及为了减少概率数值计算误差编写的对数OiJxViY运算程序）(Hidden Markov chain model and routines (including forward, backward GwfTugA algorithm, Viterbi decoding, and in order to reduce the probability of numerical computation error of the preparation of the logarithm of the OiJxViY computing program))

时间窗物流配送车辆路径问题(Vehicle Routing Prob- lem ,VRP)最早是由Dantzig 和 Ramser 于 1959 年首次 提出的.该问题的研究目标是 ,对一系列的顾客需求点 设计适当的路线 ,使车辆有序地通过,在满足一定的约 束条件(如货物需求量、发送量 、交发货时间、车辆容量 限制 、行驶里程限制 、时间限制等)下,达到一定的优化 目标(如里程最短、费用最少、时间尽量少、车队规模尽 量小 、车辆利用率高等).(With the development of diversified demand, the time demand of customers becomes more and more important in logistics distribution. Obviously, lowering distribution cost, distributing goods timely, improving the service quality, optimizing logistics distribution vehicle routing problem with Time Windows (VRPTW) is exigent to corporations.)