搜索资源列表
xpembeddemo
- 一个基于tornado开发环境的多任务的嵌入式仿真程序-a tornado development environment based on the multi-task embedded simulation program
hchdl
- 基于缓冲队列的多任务网络通信代码。应用于实际的采集板系统中。-queue buffer based on the multi-task network communications code. Applied to the collection plate system.
ftp_for_VxWORKS
- ftp源代码。大名鼎鼎的嵌入式操作系统vxworks的完整的源代码，支持多种体系结构的嵌入式处理器，如arm,x86,i960,mc68k,mips,ppc,sparc等，包含完整的实时多任务处理及网络tcpip,dhcp,rip等协议，这里是Vxworks下的ftp源代码，-ftp source code. The famous VxWorks embedded operating system the integrity of the source code, support multipl
bootpLib_for_VxWORKS
- VxWORKS的BOOTP协议栈，大名鼎鼎的嵌入式操作系统vxworks的完整的源代码，支持多种体系结构的嵌入式处理器，如arm,x86,i960,mc68k,mips,ppc,sparc等，包含完整的实时多任务处理及网络tcpip,dhcp,rip等协议-VxWORKS the BOOTP protocol stack, the famous VxWorks embedded operating system the integrity of the source code, support
sem_B_task_syn
- 软件简介 1.vxworks中有关多任务信号量的例子 2.本软件基于c语言开发 3.开发平台为windriver公司的tornada开发平台 4.经过交叉调试后测试成功-software 1.vxworks briefed on multi-task signal of Example 2. The software is based on the three c-language development. Windriver development platform for the compa
socket_tcp_udp_vxworks
- 基于嵌入式实时操作系统vxworks的socket网络编程，初学必备！包含udp、tcp的客户机/服务器的代码实现，tcp服务器支持多任务并发处理连接请求；开发工具为tornado for pentium 在vxworks虚拟机上调试通过，含搭建虚拟机的详细步骤。-Vxworks embedded real-time operating system based on the socket network programming, beginners must have! Contains ud
project1
- vxworks环境下的多任务编程，与进程间的通信机制-VxWorks environment multi-task programming, and inter-process communication mechanism
Sem
- VxWorks的信号量实验代码,建立了一个多任务工程,实现了任务的互斥和同步.-The experimental VxWorks semaphore code, the establishment of a multi-task projects, the realization of a mutually exclusive and synchronization tasks.
920713ftp_for_VxWORKS
- 支持多种体系结构的嵌入式处理器，如arm,x86,i960,mc68k,mips,ppc,sparc等，包含完整的实时多任务处理及网络-Architecture supports a wide range of embedded processors, such as arm, x86, i960, mc68k, mips, ppc, sparc, etc., including a complete real-time multi-task processing and network
IEC61850IED
- DSI-5000 系列微机保护装置是为满足数字化变电站的整体要求而策划设计的，采用通用的软硬件平台。主要介绍了 平台的软硬件特点，比较了采用单 CPU 和多 CPU 方案实现 IEC61850 通讯协议的优缺点，给出了可编程模块的建模实例和实 现方法。阐述了在VxWorks操作系统下任务优先级、中断优先级的分配方法以及任务调度机制。介绍了IEC61850 通讯规约 的实现过程。 - DSI-5000 serial relays are designed for the need o
VxWorks.multi.task.scheduling.module.design
- VxWorks multi-task scheduling module designVxWorks多任务调度模块设计 -VxWorks multi-task scheduling module design
VxWorks-based-programming-and-multi-task-Communica
- 基于VxWorks的多任务程序设计及通信管理VxWorks-based programming and multi-task Communication Management-VxWorks-based programming and multi-task Communication Management
201005-351
- 基于VxWorks 的多任务并行IEEE1394 协议栈的设计与实现-VxWorks-based multi-task parallel IEEE1394 protocol stack design and implementation
VxWorks-IEEE1394-protocol-stack-
- 基于VxWorks 的多任务并行IEEE1394 协议栈的设计与实现-VxWorks multi-task IEEE1394 protocol stack
VxWorks_multi-task-Communication-
- vxworks下多任务通信的编程资料和源码-Under the multi-task Communication vxworks programming information and source
vxworks-expriment-source-
- 嵌入式实时操作系统VxWorks实验教程(重庆大学通信工程学院),包含：多任务程序的创建和启动，时间片轮转调度，基于优先级抢占式调度，消息队列实现任务间的通信，使用二进制信号量来实现任务间的同步 ，使用互斥信号量来实现任务对共享资源的互斥访问，vxworks下任务间通信例程 等等。-Embedded real-time operating system VxWorks Experimental Course (Institute of Communication Engineering, Cho
Vxworksbased
- Vxworks与其它实时OS一样，基于以下两个重要机制：1.多任务环境及任务间通信2.硬件中断处理-Vxworks, like other real-time OS, based on the following two important mechanisms: 1. Multi-task environment and communication between tasks 2. Hardware interrupt handling
vxworksintroduce
- 特点是能运行在各种不同类型强大的微处理器上；具有强大的通用型操作系统的功能，如具备了文件和目录管理、多任务、设备支持、网络支持、图形窗口以及用户界面等功能；具有大量的丰富的应用程序接口（API）和嵌入式应用软件丰富。-Feature is able to run on a variety of different types of powerful microprocessors a powerful general-purpose operating system features such
Multitasking_Programming_On_VxWorks
- 通过一个经典的多任务同步哲学家进餐问题。介绍了VxWorks 下的多任务程序 设计和任务间通信机制，并给出了运行的结果。-Multi-task synchronization through a classic dining philosophers problem. Under VxWorks multitasking programming and inter-task communication mechanisms, and the results of the run.
2
- Vx Works下基于多任务调度的分析和研究-The Vx Works under analysis and research based on the multi-task scheduling