代表的なCPU スケジューリングアルゴリズムを3つ挙げて、 それぞれの動作原理について具体的な例（プロセスのCPU 割当ての例） を用いてわかりやすく説明しなさい。 また、それぞれどのような長所・短所があるか説明しなさい。 対応範囲 情報処理学 ...

This is our 1st group project of Operating System, in which we have made Intelligent CPU Scheduler Simulator. In this project, we have develop a simulator for CPU scheduling algorithms (FCFS, SJF, ...

Abstract: The central processing unit (CPU) is one of the most important resources of any computer system. Effective scheduling of CPUs across multiple processes is the primary function of any typical ...

Abstract: The User-PC computing system (UPC) has been devised to provide a very low-cost distributed computing platform to members of a group, using idling resources of their personal computers (PCs).

スレッドが起動されるタイミングによっては、スケジューリングの振る舞いは変わってくる。例えば、10個のスレッドがほぼ同時に起動するのと、起動時間にある程度の差を付けて起動するのでは、瞬間的な負荷は違ってくるし、ほかのスレッドの実行順序 ...

The purpose of multi-programming is to maximize the CPU utilization through some process running at all times in the CPU. Processes change its state during the time of its execution that may be in one ...

First Come First Served (FCFS) is a scheduling algorithm in which the process that arrives first is executed first. It is a simple and easy-to-understand algorithm, but it can lead to poor performance ...