chapter5_1

TDOA code for position location

吉布斯定轨法。 输入：轨道上任意三个点的位矢(R1,R2,R3)； 输出：质点在R2端点时的速度V2；ierr是个判断符号，返回的ierr是零的话，就说明‘R1,R2,R3’共面，如果ierr是1的话说明‘R1,R2,R3’不共面(正常情 况下，要构成轨道的话，‘R1,R2,R3’一定共面 ，即ierr是零，如果ierr是1的话说明输入的‘R1,R2,R3’不共面不能构成轨道。 此函数用于：任意给定三个空间共面的向量，可以确定质点在R2处的速度V2，也就得到了轨道上的一个状态向量(R2,V2),调用前面的函数就可以确定其轨道，及任意时刻的状态。(Gibbs set the track method. Input: track any three points of the bit vector (R1, R2, R3) output: particle at R2 endpoint speed V2, ierr is a judgment symbol, The ierr that is returned is zero, then, it means' of R1, R2,, R3, ' coplanar, if ierr is 1, then description' of R1, R2,, R3, ' not a total surface (under normal circumstances, you want to constitute a track, then,' of R1, R2, R3, ' a certain total surface, ierr is zero, if ierr is an instructions to enter the words ' of R1, R2, R3' coplanarity can not constitute a track. This function is used: for any given three space vector of the surface, can determine the particle at the speed V2, R2 also track a state vector (R2, V2), call the previous function can determine its orbit, and at any time of the state.)

mean shift clustering

说明：  采用一种量子粒子群算法来对RBF网络进行优化(Using a quantum particle swarm algorithm to optimize the RBF network)

说明：  CG方法 高等数值分析 PCG方法 最速下降法(CG methods of numerical analysis of higher PCG method steepest descent method)

Double_buck_PI_Control.rar,功率电子领域matlab仿真文件，已经验证过，程序运行正常(Double_buck_PI_Control.rar,Power electronics field matlab simulation file, has already been verified, the normal operating procedures)

matlab仿真bpsk的源代码，很有参考价值的(BPSK simulation matlab source code, are worthy of)

matlab中非线性系统建模与时域均衡技术仿真，信道使用的是Volterra模型。均衡器使用的是2阶Volterra模型。(matlab nonlinear system modeling and simulation time domain equalization, channel using Volterra model. Equalizer using second-order Volterra model.)

蚁群算法选址的电动汽车充电站与换电站协调规划,对电动汽车充电站与换电站选址有帮助(Ant colony algorithm for the coordination of electric vehicle charging station and power station coordination planning, to the electric vehicle charging station and the site selection of the site to help)

The Feasibility of Interference Alignment over Measured MIMO-OFDM Channels