Extract-I(q)-vs

基于人工神经网络的信号预测在Matlab中的研究与实现，有具体的例题，同时包含详细的m文件代码(Signals based on artificial neural network prediction in Matlab, research and implementation, with specific examples, while m-file code contains detailed)

VC与matlab接口编程,matlab 强大的数学分析能力，结合VC强大的编程，那么接口程序如何编写就显得重要了。(VC interface with matlab programming, matlab powerful mathematical analysis capabilities, combined with powerful programming VC, then the interface program on how to prepare it is important.)

用于线性调频信号的脉冲压缩处理程序，采用相关计算的算法进行的压缩处理(For LFM pulse compression process, using the relevant calculation algorithms for compression processing)

125k RF card em4100 information

说明：  UWB1000模块测试所得数据初步处理之后，已知锚点的坐标，可利用该文件里的程序解算标签三维位置。(After preliminary processing of data obtained from UWB1000 module test, the coordinates of anchor points are known, and the program in this file can be used to calculate the three-dimensional position of tags.)

一个用matlab进行数字信号处理的例程，包括复到谱和功率普(a digital signal processing routines, including Minute spectrum and power to Cape)

matlab编写的优化程序，可作为内置程序直接调用，主要用于求解最大最小值。内含示例(Optimization of programs written in matlab, can be called directly as a built-in program, mainly for solving the maximum and minimum values. Contains examples)

利用三种不同原理产生随机数的方法，种子可以随意变换(Using three different principle methods for generating random Numbers, seeds can be changed at will )

　多输入多输出正交分频多工模拟器。 　　 　　正交分频多工:OFDM模拟器(外层函数) 　　 　　 　　create_channel:产生一个瑞利衰落信道复用,解的天线配置、正交分频多工结构、power-delay档案。 　　 　　 　　svd_decompose_channel:既然全网络知识是假设,在并行传输奇异值模式。这个函数分解这些频道模式。 　　 　　 　　BitLoad:适用bit-loading算法来实现预期的钻头和能量 (MIMO OFDM Simulator: OFDM.m: OFDM Simulator (outer function) create_channel.m: Generates a Rayleigh fading frequency-selective channel, parametrized by the antenna configuration, the OFDM configuration, and the power-delay profile. svd_decompose_channel.m: Since full channel knowledge is assumed, transmission is across parallel singular value modes. This function decomposes the channel into these modes. BitLoad.m: Apply the bit-loading algorithm to achieve the desired bit and energy allocation for the current channel instance. ComputeSNR.m: Given the subcarrier gains, this simple function generates the SNR values of each channel (each singular value on each tone is a separate channel). chow_algo.m: Apply Chow s algorithm to generate a particular bit and energy allocation. EnergyTableInit.m: Given the SNR values, form a table of energy increments for each channel. campello_algo.m: Apply Campello s algorithm to converge to the optimal bit and energy allocatio)

本代码为智能天线中，基于圆阵的MUSIC算法(Multiple Signal Classification（music）)