使用JSP和Java Bean来构建一个网上书店。第一部分是普通程序，用于客户在网上选购图书，第二部分是管理程序，用于在服务器端处理客户的定单。

vista下的ndis编程开发文档，主要描述了ndis filter（vista下推出的）和WFP，用来开发相应的底层网络程序，如防火墙-NDIS under vista Programming Document, mainly describes the ndis filter (vista launched under) and WFP, to develop appropriate procedures for the underlying network, such as firewall

这是一本介绍Linux非常详尽的电子书，网上很难找到，相信对学Linux的同行有所帮助。-This is a very detailed introduction Linux e-books, online is very difficult to find, I believe that learning Linux on peer help.

关于websphere4的使用手册。相信对学习使用websphere4会有帮助。-websphere4 on the manual. I believe that learning to use websphere4 be helpful.

C++教程，内容比较详细-C Directory, as more detailed

教你如何制作CHM,制作工具HTML Help Image Editor-teach you how to make CHM, HTML Help tools Image Editor

《Grid Computing: Making the Global Infrastructure a Reality》 由 Fran Berman、Geoffrey Fox 和 Tony Hey 共同编辑的这本书，由 Wiley 于 2003 年 3 月出版。这本大部头的书共 1000 多页，它包含了从各种科学与技术角度研究网格计算的文章和评论，其中包括：网格的历史、语义网格、网格体系结构的概述、网格部署模型、OGSA 和对等网格数据库等许多内容。-"Grid Computing : Making the Global Infrastructure a Reality "by F. ran Berman, Geoffrey Fox and Tony Hey co-editor of this book. by Wiley in March 2003 publication. This voluminous book has more than 1,000 pages. It contains from various scientific and technical point of the grid computing research articles and comments, including : Grid history, Semantic Grid, the Grid Architecture overview Grid deployment model, P2P lattice OGSA and many other database content.

数字图像处理算法，冈萨雷斯的，经典算法各种算法-digital image processing algorithms, Gonzalez, classical algorithm algorithms

本书介绍了亿恒科技(西门子)的C500系列8位单机、C166系列16位单片机和32位TriCore单片机的系统结构、I/O功能、产品特点及应用。 -The book introduced the Infineon Technologies (Siemens) C500 series of eight stand-alone, C166 series of 16-bit MCU and 32-bit TriCore MCU system architecture, I/O features, product characteristics and applications.

OpenCV教程对图像处理的流程和函数作了详细介绍。-Tutorial OpenCV image processing on the processes and functions described in detail.

Autonomous indoor mobile robots are gaining increasing popularity for the shared use in military and civil applications. Recently aerial or ground robots of various shapes and sizes have been developed for quick detection and observation of circumstances in calamity environments such as indoor fire spots [1, 2]. In an indoor environment, however, weak reception of GPS signals has posed additional challenges to the operation of the robots. Therefore less expensive self-localization with unaided external sensors is one of the most important problems in popularizing indoor mobile robot products.