语音工具包

自适应算法是一种新的算法，本程序提供了该算法去噪功能，用处广泛。(reducing the noise using the self-adaptation)

说明：  钢管订购和运输的最优规划 程序使用说明： 两种方法进行 1，运行deal3,输入D,得到单价的矩阵7*15 运行showlj,得到运输的路线； 2, 运行deal2,输入D,得到单价的矩阵7*15 (ordering pipe and the optimal transportation planning process for use : two methods for a running deal3. D input, to be priced matrix 7* 15 showlj operation, the transportation routes; 2. running deal2 input D, the matrix to be priced 15 7*)

基本通信信号的产生于识别，AM FM 2ASK 2FSK 2PSK QPSK的产生。（时域图 频域图 基带信号频谱 ）以及分类的识别方法仿真模型(Basic communication signal arising from the recognition, the AM FM 2ASK 2FSK 2PSK QPSK generation. (Time-domain diagram frequency domain Figure baseband signal spectrum) and the classification of simulation models of the identification method)

线性调频信号的matlab产生程序，适合初学者参考(Matlab linear FM signal generation process, for reference for beginners)

ofdm-dvb-t系统的仿真，有ofdm 实现模块，误码率计算，等模块。(ofdm- dvb-t system simulation, ofdm achieve module, BER, and other modules.)

matlab在通信系统仿真第二版 第六章例题代码(matlab second edition of the communication system simulation code example Chapter VI)

用实验方法测试RLC串联谐振电路的幅频特性曲线。当正弦交流信号的频率f改变时，电路的感抗、容抗随之而变.取电路电压U0作为响应，当输入电压Ui幅值维持不变时，在不同信号频率的激励下，测出U0之值，用LabVIEW程序完成频谱分析和滤波，变换等信号处理，即可测出RLC串联电路的谐振频率，(Amplitude-frequency characteristics experimentally tested RLC series resonant circuit curve. When changing the frequency f of the sinusoidal AC signal, the circuit inductance, capacitance change with Take circuit voltage U0 as a response when the amplitude of the input voltage Ui unchanged, signals at different excitation frequencies, the measured value U0, the process is complete spectrum analysis using LabVIEW and filtering, transform signal processing, can be measured RLC series circuit resonant frequency,)

说明：  时间序列模型例程，包括季节模型和一般模型的演示(Time series model routines)

Its a useful book for aptitude and also technical aptitude.

说明：  求根MUSIC算法，仿真中使用的阵列为均匀阵列，阵列数为8，接收信号数为2个，噪声为高斯白噪声。此算法是对经典MUSIC算法的改进，估计精确度更高。(Root MUSIC algorithm, the use of simulation for the uniform array of arrays, arrays of 8 to receive the signal number 2, noise is Gaussian white noise. This algorithm is the classical MUSIC algorithm, it is estimated that a higher accuracy.)