这是一本讲述使用JBuilder来进行编程的书籍，对于那些学习Java并使用Jbuilder做为开发环境的初学者，这本书讲解了Jbuilder的基本使用功能，是...

程序中的界面-procedures for the interface

输液控制这是很好的资料如果你想学请不要错过-This is a very good solution to control the information requested if you want to learn not to be missed

介绍了基于87C52 微控制器和SA 8381 型PWM 产生芯片实现的SPWM 型单相逆变电源的全数字化控制系 统。详细说明了该逆变电源系统的原理构成和主电路原理。简要说明了M ITEL 公司的新型SA 8381 带微处理器接口的可编 程SPWM 波形发生器的引脚功能、内部框图及工作原理, 说明了他的技术特点、应用范围等, 并给出了逆变电源系统程序 框图及控制回路程序流程, 软件编程情况。-Introduction based on the 87C52 microcontroller and SA 8381-type chip PWM generated the SPWM type single-phase inverter power all-digital control system. A detailed description of the inverter power supply system the principle of the composition and the main circuit. M ITEL briefly describes the SA 8381

linux内核完全注释（0.11版）. 赵　炯-completely Notes (version 0.11). Zhao Jiong

北邮软交换讲议，pdf格式的，不错，拿来给大家共同学习一下-Beijing University of Posts and Telecommunications and Soft Switch stresses, pdf format, it is true that we used to study the common

作为Microsoft 32位平台的应用程序编程接口，Win32 API是从事Windows应用程序开发所必备的。本书首先对Win32 API函数做完整的概述；然后收录五大类函数：窗口管理、图形设备接口、系统服务、国际特性以及网络服务；在附录部分，讲解如何在Visual Basic和Delphi中对其调用。 本书是从事Windows应用程序开发的软件工程师的必备参考手册。 -32 as a Microsoft platform application programming interface, Win32 API is engaged in the development of Windows applications are essential. The book begins on the Win32 API function to do a complete overview; Then function contains five main categories : window management, graphics device interface, system services, international character and network services; In the appendix to the book, to explain how the Visual Basic and Delphi to their call. The book is engaging in Windows application development software engineers must reference manual.

widows编程例题程序7-12章-widows programming examples procedures Chapter 7-12

Keil Cx51 V7.0 单片机高级语言编程与uVision 2 应用实践电子书-Keil Cx51 V7.0 Single-chip high-level language programming and the application of the practice of e-books uVision 2

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.

实例24-HTTP服务器 实例24-HTTP服务器-24-HTTP server examples 24-HTTP server