huffman_1

说明：  MATLAB及其在理工课程中的应用指南，详细的配备各个源程序，帮助初学者很好掌握。(MATLAB and its application in the Application of Science and Technology Curriculum Guide and detailed with all the source code to help the beginner a good grasp.)

using matlab for create interfce

RELIABLE automatic recognition of persons has long been an attractive goal. As in all pattern recognition problems, the key issue is the relation between inter-class and intra-class variability:

实现了自适应RLS均衡器的MSE仿真曲线(Adaptive RLS equalizer MSE simulation curve)

很不错的gold序列程序，经仿真验证可以使用(Very good gold sequence program, the simulation results can be used)

vissim 停车控制代码，更够控制VISSIM仿真软件的车辆停车行为(vissim vehicle parking control code)

小波变换有关突变点的检测，通过离散小波变换与连续小波变换进行对比(Wavelet transform on the detection of mutations, through the discrete wavelet transform are compared with the continuous wavelet transform)

求柔性机器人碰撞的振动频谱原程序，方程简便可靠，易于运行(Seeking flexible robot collision vibration spectrum of the original procedure, equation is simple, reliable, easy-to-run)

試做錄音.讀音訊檔 並做FFT轉換和端點偵測(介面) MATLAB程序(Try to do the recording. Reading audio files and do the the FFT conversion and endpoint detection (interface) MATLAB program)

Power flow studies, commonly known as load flow, form an important part of power system analysis. They are necessary for planning, economic scheduling and control of an existing system as well as planning its future expansion. The problem consists of determining the magnitudes and phase angle of voltages at each bus and active and reactive power flow in each line. In solving power flow problem, the system is assumed to be operating under balanced conditions and a single-phase model is used. Four quantities are assumed at each bus. These are voltage magnitude v, phase angle  , real power P, and reactive power Q.The Newton Raphson method of load flow analysis is an iterative method which approximates the set of non-linear simultaneous equations to a set of linear simultaneous equations using Taylor’s series expansion and the terms are limited to first order approximation.