dcpwm1

现代雷达系统日益变得复杂，难以用简单直观 的分析方法进行处理，往往需要借助计算机来完成 对系统的各项功能和性能的仿真。利用计算机来进 行雷达系统的仿真具有方便、灵活以及经济的特点 而 Matlab 提供了强大的仿真平台，可以为大多数雷 达系统的仿真提供方便快捷的运算。以典型的雷达 为例，它主要由天线、发射机、接收机、信号处理 机、伺服系统和终端设备等部分构成。本文主要讨 论的是雷达信号处理部分，并结合某脉冲压缩雷达 信号处理系统的实例来说明Matlab在雷达信号处理 系统仿真中的应用。 ()

主要介绍了svm的几种算法的中的具体不同和差别,随让内容简短,但对初学者来说是非常宝贵的(Mainly introduce the SVM algorithm in several different and specific differences, with the brief for content, but for beginners it is very valuable)

AT COMMANDS INTERFACE GUIDE

matlab 工具箱下载，含各种matlab 处理函数文件(matlab toolbox download matlab processing functions with a variety of documents)

用matlab 实现bpsk的误码率蒙特卡洛仿真，可以作为编程的范例来用(Using matlab to achieve bpsk BER Monte Carlo simulation ，could be used as a programming paradigm)

analogue model of boost convertor, for high volatge regulation

JPEG DCT based baseline method which divides the image into 8x8 blocks and quantize anthen entropy coded.

锅炉燃烧系统的模糊预测控制，完整的程序设计流程图(Boiler combustion system of fuzzy predictive control, complete the program flow chart)

Histogram of PPM image file

新的2维角度估计的高分辨方法。该方法首先建立基于范数约束的最优化问题的目标函数；然后用迭代算法沿均匀面阵接收数据的方位向求最小化目标函数的稀疏解，得到方位、俯仰角耦合的空间角频率，并分离信号；最后对每个分离的信号，沿面阵俯仰向求稀疏解，得到信号的俯仰角，进而求得对应的方位角。(The new high-resolution 2-D angle estimation method. Firstly, the establishment of an objective function optimization problems based on norm constraint then iterative algorithm along with uniform orientation plane array receives data to seek to minimize the objective function is sparse solution, get directions, spatial frequency coupling angle pitch angle, and separated signals Finally for each signal separation along the sparse area array pitch to seek solutions to obtain the pitch angle of the signal, and then obtain the corresponding azimuth.)