Search - cpu scheduling algorithm

Search - cpu scheduling algorithm - List

[Compress-Decompress algrithms] jcddmnxt DL : 0: 进程调度模拟程序这里没有任何的API调用只是模拟，我给进程设定了自己的语法，输入一般的字符cpu调用时只是正常输出，如果遇到 $ 表示该进程要调用系统资源后面必须跟一个数字表示占有的时间，如果资源闲置则占有资源否则阻塞，等资源释放在占有资源。进程的调用算法我采用的是时间片轮转算法并有所改进，当某个进程从阻塞队列释放后，他将把以前因为等待资源而被浪费的时间补回来。-scheduling process simulation program here no API calls only simulation, I set to process its own syntax, the characters importation cpu call just normal output. If a $ indicated the process is to call the system with the resources to be behind a number of possession of the said time, If resources were idle resources otherwise occupied obstruction, and other resources in the release of resources. Calling the process of the algorithm I use is time slice and rotate algorithm improvements, a process blocked from the queue after release, he would wait before because resources were wasted in time-back.
Date : 2008-10-13 Size : 3.42kb User : CT
[Compress-Decompress algrithms] jcddmnxt DL : 0: 进程调度模拟程序这里没有任何的API调用只是模拟，我给进程设定了自己的语法，输入一般的字符cpu调用时只是正常输出，如果遇到 $ 表示该进程要调用系统资源后面必须跟一个数字表示占有的时间，如果资源闲置则占有资源否则阻塞，等资源释放在占有资源。进程的调用算法我采用的是时间片轮转算法并有所改进，当某个进程从阻塞队列释放后，他将把以前因为等待资源而被浪费的时间补回来。-scheduling process simulation program here no API calls only simulation, I set to process its own syntax, the characters importation cpu call just normal output. If a $ indicated the process is to call the system with the resources to be behind a number of possession of the said time, If resources were idle resources otherwise occupied obstruction, and other resources in the release of resources. Calling the process of the algorithm I use is time slice and rotate algorithm improvements, a process blocked from the queue after release, he would wait before because resources were wasted in time-back.
Date : 2026-01-03 Size : 3kb User :
[Compress-Decompress algrithms] process DL : 0: 进程调度模拟程序：假设有10个进程需要在CPU上执行，分别用：  先进先出调度算法；  基于优先级的调度算法；  最短执行时间调度算法确定这10个进程在CPU上的执行过程。要求每次进程调度时在屏幕上显示：  当前执行进程；  就绪队列；  等待队列 -Process scheduling simulation program: Suppose there are 10 processes need to execute on the CPU, respectively:  FIFO scheduling algorithm  priority-based scheduling algorithm  shortest execution time scheduling algorithm to determine which 10 processes running on the CPU process. Every time process scheduling requirements displayed on the screen:  current implementation process  ready queue  waiting queue
Date : 2026-01-03 Size : 3kb User : 鸣海夜一