64k color picture matrix software, embedded environment, you can create matrix

利用vc++的各项相关功能和操作系统的相关知识完成哲学家算法~-Using vc++ with the relevant functions and knowledge of the operating system to complete the philosopher algorithm ~

C++写的操作系统原理及实现,模拟页面置换程序lru的源码-C++ Write the operating system and realize the principle of simulated LRU page replacement procedures of the source

windows系统内存动态存储分配，两种分配算法-windows system memory dynamic storage allocation, the two allocation algorithm

文件目录管理适应用于对系统文件的模拟。很经典的。欢迎下载-File directory management to adapt to system files used for simulation. Very classic. Welcome to download

实现先来先服务的算法，有利于不同级别队列的优先运行-To achieve first-come first-serve algorithm, is conducive to different levels of priority queue operation

mutil cpu code 多核编程资料-mutil cpu code multi-core programming information

osapi 2.0 操作系统抽象层 "系统抽象层"使得你可以实现一种对于RTOS、CPU和所运行产品物理特性完全透明的软件。使用这种公共通用接口，高层软件在并不了解底层硬件特性的情况下也可以访问底层服务，比如对非易失性内存的读写。 -osapi 2.0 Operating System Abstraction Layer "system abstraction layer" allows you to achieve an RTO S, CPU and the operating characteristics of the physical products fully transparent software. Public use of such common interface, high-level software is not in understanding the underlying hardware characteristics of the bottom can also access services, For instance, nonvolatile memory read and write.

本次程序的题目为：进程管理――支持多个进程并发运行的简单的进程管理模拟系统，对本实验的分析要求是：⑴系统中的同步机构采用信号量上的P、V操作的机制；⑵控制机构包括阻塞和唤醒操作；⑶时间片中断处理程序处理模拟的时间片中断；⑷进程调度程序负责为各进程分配处理机；⑸根据用户的需求来创建n个进程(n为即满足用户需求,又不超出系统可容的最大进程数),各进程互斥地访问使用临界资源 S1、S2；⑹使用动态优先数(如：随阻塞次数的增加而减小优先数，以提高其优先权)；⑺进程结束后应能够撤消；⑻进程间能实现“发送”和“接收”两个消息缓冲通信操作；⑼系统在运行过程中随机打印出各进程的状态变换过程、系统的调度过程及公共变量的变化情况，在一个进程运行完毕，进入完成状态后，可以将该进程撤消，也可以动态的创建另一个新的进程。-the procedures on the topic of : process management-- to support multiple concurrent processes running a simple process management simulation system for the analysis of the experimental requirements are : 1 system of institutions using synchronous signals on the amount of P, V operation of the mechanism; 2 control agencies, including obstruction and awaken operation ; 3-time interrupt handling procedures-time simulation of interruption; 4 process scheduler is responsible for the allocation process processors; together according to the user"s needs to create process n (n that meet user needs, without exceeding the system can accommodate

应用背景 一个小型的多任务的操作系统的实现，用于学习，多任务调度与管理，使用标准c语言开发。 关键技术一个小型的多任务的操作系统的实现，用于学习，多任务调度与管理，使用标准c语言开发。一个真正微型操作系统,比uCOS更小,只支持16个任务,但速度更快,所占资源更少。a real micro-operating system, even smaller than for uCOS, which only supports 16 missions, but even faster. share with fewer resources.