beamforming-point

用C语言对输入信号进行滤波，滤波器是预先用MATLAB设计好的(Using C language on the input signal is filtered, the filter is designed in advance using MATLAB)

对已知的数据进行勒让德多项式拟合，并求出计算点的函数值(Fitting the known data with Legendre polynomial and findding the function value at calculated point)

ov9710/ov9715是ov公司开发的2Mega像素的cmos芯片，支持1080P分辨率的视频。本资料包含两款芯片的官方编程应用手册（application notes）,非datasheet(ov9710/ov9715 is developed 2Mega ov pixel cmos chips, support for 1080P resolution video. This information contains the official application programming chips Manual (application notes), non-datasheet)

说明：  随机森林主函数文件，应用matlab可以进行分类处理(Random forest main function file, which can be classified by MATLAB)

运动目标模拟器相参性分析，分析了基于数字射频存储器(DRFM)的运动目标模拟器(MTS)相参性。由于DRFM延时的离散性,引起了MTS输出信号相位的改变,破坏了信号的相参性,使MTS输出信号频谱发生变化,不仅使谱线位置移动,而且还产生了附加的寄生谱线。分析结果表明,延时更新率(Fc)决定了谱线间隔,并通过sinc函数决定谱线的幅度,而雷达信号频率与所模拟目标的速度共同决定谱线的移动。 (Moving Target Simulator Coherent Analysis, Moving Target Simulator (MTS)-based digital radio frequency memory (DRFM) coherent. Due to the the DRFM delay discrete MTS output signal of the phase change is caused, the destruction of the phase of the signal parameters, the MTS output signal spectrum changes, not only the spectral line position, but also generates additional parasitic spectral line. The analysis results show that the delay update rate (Fc) determines the spectral interval by sinc function determines the amplitude of the spectrum, while the radar signal frequency and speed together determine the movement of the spectral lines of the simulated target.)

Music Genre Classification with 16 feature extraction, program and journal

在matlab环境下对ViBe算法的演示，能够实现对视频序列的检测处理并实时显示(In the environment of MATLAB ViBe algorithm demo, can realize the detection and processing of the video sequence and real-time display)

matlab并行工具的使用，有10个例子，并有pdf说明(parallel computation examples)

java中调用matlab函数的例子，大家可以参考看看如何实现的。(java Calling Matlab function examples, we can see how the reference to the case.)

用newmark-beta法计算单自由度结构输入地震动后的位移时程曲线，该函数可应用于各种周期的结构的反应，不存在中心差分法的问题 (newmark-beta method)