搜索资源列表
uCOS16
- 8052小型操作系统, 用Keil C编译器, 能进行任务切换, 信号量管理.-8052 operating systems, with Keil C compiler, capable of switching tasks, semaphores management.
zlg_ucos 周立功的LM3S8962开发板关于UCOS的实验代码
- 周立功的LM3S8962开发板关于UCOS的实验代码,涉及信号量,消息邮箱等。-ZLG' s LM3S8962 board on UCOS experimental code, involving semaphores, message mailboxes and so on.
TEST.rar
- LPC2138能正常运行UCOS的代码,开发环境是ADS1.2的,里面有周立功的ucgui,还有信号量,邮箱的操作,其中有三个任务,LPC2138 can UCOS the normal operation of the code, development environment is the ADS1.2, there are weeks of Ligong ucgui, there are semaphores, mail operations, of which there are thr
ucos-test
- 基于UCOS-II的基础实验,包括GPIO,定时器,PWM,RTC,信号量。和大家分享!-UCOS-II based on the basis of experiments, including GPIO, timers, PWM, RTC, semaphores. To share!
ucos_OS
- ucos操作系统学习资料,进程间通信的机制,信号量,队列,邮箱。-ucos operating system learning materials, inter-process communication mechanisms, semaphores, queues, mailboxes.
LPC2378Ucos2
- 开发环境是在MDK 下LPC2378下的UCOS串口编程,和以前那个相比,改动了启动代码,去掉了系统里面的一个报警提示,并且使用了信号量、邮箱等,初学者使用!还没有使用队列,而且要经过改动才能支持串口的多个数据接收目前一次最多是发8个数据。 函数的测试是上电后,P2.0~P2.7从高变低并发一个字母给串口,从低变高,还有一个外部按键中断,按一下,发1000Bytes数据。从串口发的数据给ARM,ARM返回收到的数据。-Development environment is under the
fanzhuanxinhao
- MyTask、YouTask和ThreeTask 。在主函数中创建任务MyTask。而YouTask和ThreeTask由任务MyTaskTask创建,其优先级分别为2、4、6。这三个任务都要占用资源s,任务YouTask访问时间短一些,在任务MyTask和任务ThreeTask利用while(OSTime<T) {}增加访问时间,T值分别为300,500。MyTask、YouTask和ThreeTask采用OSTimeDly(K)延时等待,K值均为200。这样出现任务优先级反转。为了解决
sem
- 使用信号量模拟ucos中优先级反转的问题-Analog ucos the use of semaphores in the Priority Inversion Problem
Use_simulative_way_to_come_true_the_problem_of_pro
- 这是我们本学期uC/OS ii实验中其中的一个,是用信号量来模拟生产消费的问题,这个与我上次传的不一样,它们调用的函数千差万别,实现方法更是迥异不同。需要的可以下载下来借鉴使用。-This is what we term the uC/OS ii one of the experiment is the use of semaphores to simulate the problem of production and consumption, the mass and not my last
Mutex_sem
- ucos的信号量使用,通过邮箱的形式实现-the use of semaphores ucos through the mail the form to achieve
UCOSIImulti-taskswitchroutine
- 三个任务分别通过UART0输出0X01,0X02,0X03,可以学习理解信号量的基本用法及多任务的调度方法-Three tasks respectively, through UART0 output 0X01, 0X02, 0X03, can learn to understand the basic usage of semaphores and multi-task scheduling method
led_os_sem_fiq
- AT91SAM7X256-EK平台,MDK开发环境,使用快速中断和信号量来控制LED-AT91SAM7X256-EK platform, MDK development environment, using fast interrupts and semaphores to control the LED
ucos_Pri_Inherit
- uC/OS优先级继承演示.这个程序演示优先级继承的原理。程序启动具有三个不同优先级的任务,每个任务请求、获得和释放互 * 斥信号量,完成一系列动作.-uC/OS priority inheritance presentation. This program demonstrates the principle of priority inheritance. Program starts with three different priority tasks, each task requ
ucos_Pri_Reverse
- uC/OS优先级翻转演示.这个程序演示基本的天花板优先级的解决。程序启动具有三个不同优先级的任务,每个任务请求,获得 * ,释放互斥信号量,完成一系列动作。-uC/OS Priority Inversion presentation. This program demonstrates the basic solution to the ceiling priority. Program starts with three different priority tasks, each ta
keil_MDK_Cortex-M3_uCOSII
- keil4 realview MDK环境下移植ucosII到comtex-m3内核的芯片上示例工程,示例简单使用信号量来实现任务的切换。-keil4 realview MDK environment transplantation ucosII to comtex-m3-core chip on the sample project, a simple example of using semaphores to implement task switching.
UCOS-II-basic-example-by-wuzhanmin
- 本人原创的UCOS II使用的基本例程。一些最基本的应用,如邮箱,信号量等,共9个例程,在神舟IV号开发板上验证通过-I use original UCOS II the basic routines. Some basic applications, such as mailboxes, semaphores, etc., a total of 9 routine, Shenzhou IV, the development board in the verification by
uCosPC
- 这个例程在是uCOS移植到PC机上的实例; vs2010中调试通过; 里面包含进程间切换,信号量,消息邮箱等之间的通信实验,绝对可行; 我希望能给你学习uCOS一些帮助;-vs2010 debugging through Which includes switching between processes, semaphores, message mailboxes and other communications between the experiments, the a
ucos_TEST
- 基于stm32平台的基本uc/os II操作系统,包括基本任务创建,信号量,消息邮箱等-Stm32 platform based on the basic uc/os II operating system, including creating basic tasks, semaphores, message mailboxes, etc.
Stm32_ucos_3-2
- 在uCOS环境下实现科学家就餐问题,程序采用信号量实现-In the the uCOS environment scientists dining program using semaphores to achieve
xx3
- μC/OS-II 2.0版以上的内核都具有可抢占的实时多任务调度功能,另外它还提供了许多系统服务,例如信号量、消息队列、邮箱、内存管理、时间函数等,这些功能可以根据不同的需求进行裁减。可以说,μC/OS-II是一个具备现代操作系统特点的RTOS,同时它结构清晰、注解详尽,具有良好的可扩展性和可移植性,被广泛地应用于各种架构的微处理器上。 -μC/OS-II version 2.0 kernel over a preemptive real-time multi-task scheduling f
