C语言运算符和结合性； C难点摘编； And so on!

主板电路图有需要看一下La

新起点共有9章：vc++6概述,vc6开发环境，面向对象编程基础，c++语言间接，windows编程间接，MFC基础及通用类，文档及视图，对话框与控件以及DLL,DDE,activeX等高级话题-new starting point for a total of nine chapters : vc six overview vc6 development environment, based on object-oriented programming, C language indirectly, windows programming indirect, based MFC and generic class, and view files, and dialog controls and DLL, DDE, activeX senior topic

windows程序开发教材-windows program materials

控制程序的简要程序，供大家参考，下午 大家能提出宝贵意见-l ddddfdggfffhhhhgfgfgg

有关电子电路基础知识方面的书籍，主讲数字电路-The book on digital circuits

《AFS管理员指南》 Andrew文件系统(AFS)是一个分布式网络文件系统，其能够使来自任何通过这个国家的AFS机器能够在文件一经在本地存储就能访问。AFS是一个稳定的单元，其每个单元代表文件空间中一个独立的管理部分。单元连接在一起组成了一个在根/afs目录下的一个庞大的UNIX文件系统。 本书是供AFS管理员使用的指南性文件。-"AFS Administrator"s Guide" Andrew File System (AFS) is a distributed network file system EC, it can come from any country through the AFS machines to a paper by the local store will be able to visit. AFS is a stable unit, each unit space on behalf of an independent management component. Modules linked to a form of the root/afs directory of a large UNIX file system. This book is for the AFS Administrators Guide documents.

配置OSPF 路由协议-OSPF routing protocol configuration

本教程介绍了 Enterprise JavaBean 技术，特别关注于在分布式计算方案中 Enterprise JavaBean 组件的角色、体系结构、扩展 API 以及使用 EJB 技术的基本知识。-version of Enterprise JavaBean technology, Of special concern to the distributed computing program Enterprise JavaBean role Architecture, extending EJB API and the use of the basic technical knowledge.

用C语言来实现数字信号处理的方法设计的算法 -Using C language to the realization of digital signal processing algorithms designed

Flash-ROM（闪存）已经成为了目前最成功、流行的一种固态内存，与 EEPROM 相比具有读写速度快，而与 SRAM 相比具有非易失、以及价廉等优势。而基于 NOR 和 NAND 结构的闪存是现在市场上两种主要的非易失闪存技术。 Intel 于 1988 年首先开发出 NOR flash 技术，彻底改变了原先由 EPROM 和 EEPROM 一统天下的局面。紧接着，1989 年东芝公司发表了 NAND flash 技术（后将该技术无偿转让给韩国　Samsung　公司），强调降低每比特的成本，更高的性能，并且象磁盘一样可以通过接口轻松升级。-Flash-ROM (flash memory) has become the most successful and popular form of solid-state memory, Compared with the EEPROM with faster read and write, compared with SRAM and nonvolatile, and the advantages of cheap. For the NOR, and NAND flash memory structure of the market is now two main nonvolatile flash memory technology. Intel in 1988 to develop the first NOR flash technology, completely changed from the original EPROM and EEPROM dominate the market situation. Then, 1989 Toshiba Corporation issued a NAND flash technology (free after the technology transfer to the South Korean Sam sung), stressing the lower cost per bit, higher performance, and the same as the disk interface can be easily upgraded.