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matlab documentation

说明：  换句话说,信号可能仍然是 探测到,但以较低的质量。这是通常所说 对软失败。幸运的是,新的传输的多样性 方案提供了相同软失败。对(one of the receive chains fail, and the other receive chain is operational, then the performance loss is on the order of the diversity gain. In other words, the signal may still be detected, but with inferior quality. This is commonly referred to as soft failure. Fortunately, the new transmit diversity scheme provides the same soft failure. To)

与前边的程序配套使用，模拟实现小波去噪。(And in front of the program to simulate the matching, wavelet denoising.)

OFDM的误码率分析，Matlab仿真，希望有用(BER Analysis of OFDM, Matlab simulation, hope helpful)

基于牛顿拉夫逊法的潮流计算程序源代码，有例子(Newton Raphson method based on the trend of computer program source code, there are examples)

matlab程序，包括kruskal算法和kijkstra算法的程序 ()

说明：  开普勒公式卫星轨道模拟 以及 左边转换函数 ECI2ECEF LGCV2ECEF等等(Simulation of orbital motion by solving Keplerian equation)

MATLAB7.X信号处理工具箱函数汇总 1、 滤波器分析与实现 2、 FIR数字滤波器设计 3、 IIR数字滤波器设计 4、 模拟滤波器设计 5、 模拟滤波器变换 6、 滤波器离散化 7、 线性系统变换 8、 窗函数 9、 变换 10、 统计信号处理与谱分析 11、 参数模型 12、 线性预测 13、 多采样率信号处理 14、 波形产生 15、 特殊操作(MATLAB7.X Signal Processing Toolbox functions Rollup 1, filter analysis and implementation of 2, FIR digital filter design 3, IIR digital filter design 4, 5 analog filter design, analog filter transform 6, 7 discrete filter, 8 linear system transformation, the window function 9, 10 transformation, statistical signal processing and spectrum analysis 11, 12-parameter model, linear prediction 13, 14 of multirate signal processing, waveform generator 15, a special operation)

自适应均衡领域的经典算法，最小均方误差算法（LMS）算法的数字均衡器建模源代码。建模建立了一个通信系统的收发两端，并模拟了信道衰减和噪声。并在接收端使用了数字均衡器。主程序中一次在接收端使用了自适应均衡器，另一次没有使用，可以清楚看到均衡前后误码率的差别。(The field of classical adaptive equalization algorithm, the minimum mean square error algorithm (LMS) algorithm for modeling digital equalizer source code. Modeling the establishment of sending and receiving ends of a communication system, and simulate the channel attenuation and noise. And at the receiving end using a digital equalizer. Once the main program at the receiving end using adaptive equalizer, another did not use, you can clearly see the difference before and after the equalizer BER.)

computation of intensity factors in piezoelectric solids