输入为一个序列或两个序列，输出为其自相关序列或互相关序列...

用Delphi实现热点-hot with Delphi

bp算法的源代码，由于很多程序都是利用matlab工具箱函数做的，不利于是用这个性化设计，对于观察网络内部的结构也带来一定困难，这个算法就可以让社记者跟踪训练过程-bp algorithm source code, a lot of procedures are using Matlab Toolbox function done, then use the negative nature of the design, the internal network for observation of the structure is also a certain difficulties, this algorithm can let reporters tracking the training process

学生管理（包括学生成绩 档案和课程） 学生可以录入数据-Student Management (including student achievement and curriculum files) students can input data

网吧库存管理系统 主要对商品网费等费用和数量管理-Internet cafes inventory management system is mainly of commodity costs and the number of network management, etc.

java编写的一款简单的拼图游戏，可以下载到手机上玩-java prepared a simple jigsaw puzzle, you can download to play on mobile phone

任天堂产品系统文件(chm格式) 对任天堂机各部分的介绍-Nintendo Product system files (chm format) on the Nintendo machine the various parts of the introduction

c写的经典贪吃蛇游戏，dos下运行的经典。-c write the classic Snake game, dos run under classic.

M3GExport enables developers to export complex 3D animated scenes from Maya® directly to Mobile 3D Graphics file format (M3G), the emerging 3D file format for mobile 3D games. Created by the developers of JBenchmark3D - the leading performance measurement tool for mobile 3D graphics, M3GExport lets use sophisticated features of M3G format like skeletal animation, morphing meshes, triangle stripping and other useful optimisations. M3GExport for Maya is available in two editions, Limited and Standard. The Standard version contains sophisticated optimisation options used mostly by commercial game developers.-M3GExport enables developers to export complex 3D animated scenes from Maya® directly to Mobile 3D Graphics file format (M3G), the emerging 3D file format for mobile 3D games. Created by the developers of JBenchmark3D- the leading performance measurement tool for mobile 3D graphics, M3GExport lets use sophisticated features of M3G format like skeletal animation,

D3D Tile demo,很好的Tile演示-D3D Tile demo, very good presentation Tile

波束形成就是从传感器阵列重构源信号。（1）、通过增加期望信源的贡献来实现；（2）、通过抑制掉干扰源来实现。经典的波束形成需要观测方向(期望信源的方向)的知识。盲波束形成试图在没有期望信源方向信息的情况下进行信源的恢复。 波束形成技术的基本思想是：通过将各阵元输出进行加权求和，在一时间内将天线阵列波束“导向”到一个方向上，对期望信号得到最大输出功率的导向位置即给出DOA估计。 虽然阵列天线的方向图是全方向的，但阵列的输出经过加权求和后，却可以被调整到阵列接收的方向增益聚集在一个方向上，相当于形成了一个”波束”。这就是波束形成的物理意义所在。