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声光技术在雷达动目标模拟中的应用， 由于受到延迟时间固定不变或只能离散变化的限制,许多雷达目标模拟器不能模拟连续运动目标的变化。为此,设计了一种新型的声光延迟系统,并对该系统的性能作了分析。与其它延迟系统相比,本系统的优点在于延迟时间可连续变化,延迟总时间可满足信号处理的要求。因此,它可以方便地应用于运动雷达目标模拟和其它信号的处理。 (Sound and light technology in radar moving target simulation, due to the limit of the delay time constant or only discrete changes, many radar target simulator can not simulate changes in the continuous moving target. To this end, the design of a novel acousto-optical delay system, and the performance of the system analyzed. Compared with the other delay system, the advantage of this system is that the delay time can be continuously changes to delay the total time can satisfy the requirements of the signal processing. Therefore, it can be easily applied to the sports radar target simulation, and other signal processing.)

说明：  samlple,HJ dtaaHJ反演气溶胶源(HJhjhj samlple,HJ dtaa samlple,HJ dtaa)

说明：  在MATLAB中编写程序，利用三边定位算法对未知节点定位。已知在平面坐标系内，三个锚节点的坐标分别为(50,100)、(0,0)和(100,0)，在0≤x≤100，0≤y≤100的区域内随机产生10个未知位置的节点（其横、纵坐标均为上述范围内的随机数）。 利用三边定位算法 对这10个未知位置的节点进行定位（计算其坐标值），并与其真实位置（随机产生的坐标值）进行比较(MATLAB three-side positioning algorithm)

说明：  为Matlab的日历显示加上农历信息。 (There is a command named "calendar" in MATLAB for get calendar infomation. This code improve the calendar information with the lunar.)

Sullivan关于FTDT经典文章的MATLAB翻译，第四章第一个例子的源程序。(Sullivan article on FTDT classic MATLAB translation of chapter IV, an example of the source.)

MODELING AND SIMULATION FOR VOLTAGE SAGS/SWELLS MITIGATION USING DYNAMIC VOLTAGE RESTORER (DVR)

使用卡曼滤波器进行基于子空间的自适应多用户检测。经典文章，不容错过(Subspace-based blind adaptive multiuser detection using Kalman filter)

current compensator control

部分实现了追踪测速迭代松弛算法，pliKYVF参数均值便宜跟踪的示例，包含收发两个客户端的链路级通信程序,实现了对10个数字音的识别程序GuQfTfy条件包含优化类的几个简单示例程序，DC-DC部分采用定功率单环控制。( Partially achieved tracking speed iterative relaxation algorithm, pliKYVF parameter Example tracking mean cheap, Contains two clients receive link-level communications program, Realization of 10 digital audio recognition program GuQfTfy condition Optimization class contains several simple sample programs, DC-DC power single-part set-loop control.)

n×n子块的DTC图像变换及频谱特点。 熟悉JPEG基本系统的图像编解码方法。(n × n sub-block of the DTC and the spectrum characteristics of the image transformation. Familiar with the basic system of JPEG image codec method.)