资源列表
fpgapcicom
- PCI是一种高性能的局部总线规范，可实现各种功能标准的PCI总线卡。本文简要介绍了PCI总线的特点、信号与命令，提出了一种利用高速FPGA实现PCI总线接口的设计方案。 -PCI is a high-performance local bus standard, achievable standards for the various functions of PCI cards. This paper describes the features of the PCI bus, the s
signalcc
- 介绍了高速PCB设计中的信号完整性概念以及破坏信号完整性的原因，从理论和计算的层面上分析了高速电路设计中反射和串扰的形成原因，并介绍了IBIS仿真。 -introduced a high-speed PCB design of the signal integrity of the concept and the destruction of the integrity of the signal, From theoretical and computational analysis of t
cpldtodds
- dds信号发生器程序设计，框图，基于CPLD控制的DDS数字频率合成器设计-dds signal generator program design, block diagram, the CPLD based on DDS Digital Frequency Synthesizer Design
feasibilityreport
- Weekly Activity Report feasibility Repor
linux_drive_CN
- linux驱动开发中文版,包括中断,DMA,PCI,USB,串并口,显示等-linux-driven development of Chinese language version, including the interruption, DMA, PCI, USB, serial port and parallel port, the display
ARM_MMU_Manual
- ARM MMU详细图解及使用存储器管理,访问权限,异常处理等-ARM MMU detailed diagrams and the use of memory management, access permissions, exception handling, etc.
20060508090726
- 一些简单的软件报告案例,相关与图书管理与学生成绩管理,希望对大家有所帮助 -some simple software reported cases, books and related management and performance management students, we hope to help
delphis1
- 个人在编程中所收集的Delphi的编程技巧-individuals Programming collected by the Delphi programming skills
lcx_LINUX-mlock
- LINUX系统调用mlock的代码分析,在LINUX中，每一个用户进程都可以访问4GB的线性虚拟内存空间。其中从0到3GB的虚拟内存地址是用户空间，用户进程可以直接对其进行访问。从3GB到4GB的虚拟内存地址为核心空间，存放仅供核心态访问的代码和数据，用户进程不可访问。当用户进程通过中断或系统调用对其访问时，就会触发处理器的特权级转换（从处理器的特权级3切换到特权级0），即从操作系统的用户态切换到核心态。-Linux system call mlock code analysis, LINUX,
VXI_MODLE_UNDER_VxWorks
- 此文件为VXI总线结构下，采用VXWORKS开发的一些经验-this document VXIbus structure, the use of Ethernet in the development of some of the experience
usbserial
- 本文档说了一种实现USB和串口转换的底层驱动设计方法-a USB serial conversion and the bottom-driven design method
hust_oo
- 本文件包含了华中科技大学硕士生2006级的《面向对象程序设计方法》讲义全部，请大家指教。-This document contains Huazhong University of Science and Technology Master 2006 "Object-oriented program design methods" s all Ministry please enlighten.