genetic-model

说明：  各种定位算法的详细说明，有详细的推导过程，并提出了两种TDOA_AOA混合算法。(A detailed description of the various positioning algorithm, detailed derivation process and proposed two TDOA_AOA hybrid algorithm.)

MATLAB CODE FOR POWER FLOW 1

混沌时间序列工具箱，有常有的混沌时间序列预测的方法和混沌判别方法(Chaotic time series toolbox, has often chaotic time series prediction methods and Chaos Method)

关于QPSK调制方法的一个小的仿真，使用matlab做的(QPSK modulation method on a small simulation, using matlab to do)

pos算法，MATLAB的粒子群优化算法程序设计(pos algorithm, MATLAB Particle Swarm Optimization Program Design)

Matlab图形图像函数MATLAB 高级应用——图形及影像处理(Matlab function MATLAB Graphics Advanced Application- Graphics and Image Processing)

新型改进光双二进制传输的编解码方案 提出了改进型光双二进制信号在高速率(≥10Gbit／s)传输时预编码的一种新方案。通过分析编解码过 程，证明该信号传输时不易受码间干扰影响，能用二进制强度调制一直接检测的系统接收信号。仿真产生了该信 号的2种码型。结果表明，采用色散补偿技术能使MD NRZ和MD．RZ信号在长距离传输后克服眼图失真，MD-RZ 信号比MD．NRZ信号在传输后有更低的误码率。(Abstract：Anovel pre-coding schemeformodified optical duobinary signalswasproposed．It couldbe applied to缸ansmit high speed data mte signals(≥ 10Gbit／s)．Through analyzing the process of coding and decoding，It Was demonstrated thatmodified opticalduobinary sign alshave capabilityin reductionofpulse—to-pulseinteraction ， and couldbe di． recaymeasured through aconventionalbinaryintensitymodulationdirectdetection(IM—DD)receiver．Twomodified optical duobinary sign als’formats were simulated to generate．Sim ulation results show that MD．NRZ and MD-RZ signals’ formats Can avoid the eye diagrams’distortion for long—distance transmission，if the dispersion Can be compe nsated in each amplifier span．Moreover,theMD-RZ signalhaslowerBER than theIVID-NRZ signal afterlong-distance comm．unication．)

1/4车半主动悬架TS模糊控制源程序，选取车身速度和悬架动行程作为输入变量。(TS fuzzy control of semi active suspension)

说明：  具有加、减、乘、除、sin、cos、ln、log等功能的计算器界面(With addition, subtraction, multiplication, division, sin, cos, ln, log and other functions of the calculator interface)

通信系统的Matlab代码，包括括通信原理书中的大多代码可直接使用。 (Matlab code of the communication system, including most of the code including communication theory book can be used directly.)