Comparison Between Simple Round Robin and Improved Round Robin Algorithms

Tri Dharma Putra, Rakhmat Purnomo
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Abstract

The objective of this journal is to compare the efficiency between these two algorithms, the simple round robin and improved round robin algorithms. In real time systems algorithm, round robin plays a significant role to be used in embedded systems. Here we compare the average turn around time and average waiting time, also number of context switching between these two algorithms. Improved round robin algorithm, is an algorithm where if the remaining burst time is less than the allocated time quantum then the running process is executed. Then remove the currently running process from ready queue and put it in the tail of the ready queue while in simple round robin algorithm the remaining burst time will be executed until finish as scheduled. This comparison proves that improved round robin algorithm is more efficient, with lower average turn around time and lower average waiting time, lower context switching. There by this increases the system throughput.
简单轮询与改进轮询算法的比较
本文的目的是比较简单轮询算法和改进轮询算法这两种算法的效率。在实时系统算法中,轮循算法在嵌入式系统中发挥着重要的作用。这里我们比较了平均周转时间和平均等待时间,以及这两种算法之间的上下文切换次数。改进的轮询算法是一种算法,如果剩余的突发时间小于分配的时间量,则执行正在运行的进程。然后将当前正在运行的进程从就绪队列中删除,并将其放在就绪队列的尾部,而在简单的轮询算法中,剩余的突发时间将执行,直到按计划完成。通过比较,证明改进的轮循算法具有更低的平均周转时间和更低的平均等待时间,更低的上下文切换,效率更高。这样就增加了系统吞吐量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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