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A Comprehensive Hybrid CPU Scheduling Simulator: Design, Implementation, and Performance Evaluation of Round Robin and Multilevel Queue with Real-Time Constraints

Publisher: IEEE

Authors: Priyan S Sri Bala, SRM Institute of Science and Technology S HEMENDRAN, SRM Institute of Science and Technology * BALAN V SHAKTHI, SRM Institute of Science and Technology *

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Abstract:

In the world of digital film production, rendering plays a

crucial role in converting 3D scenes into high-quality visual

outputs. However, with the growing complexity of

animations and the large number of frames processed,

efficient task scheduling becomes essential. Traditional

render management systems often rely on static job

allocation or manual supervision, which leads to

inefficiencies such as high turnaround time, resource

underutilization, and unfair task distribution.

This paper presents a Render Farm Scheduler Simulation

that mimics how a real VFX render farm operates, employing

hybrid CPU scheduling algorithms like Round Robin (RR) and

Multilevel Queue Scheduling (MLQ) integrated with real

time constraints. The system dynamically allocates rendering

tasks based on their priority and estimated processing time.

A JavaFX-based GUI was developed to visualize the

scheduling process, allowing users to monitor performance

metrics through Gantt charts, CPU utilization graphs, and

queue visualizations. Results demonstrate improved

throughput, fairness, and resource usage compared to

conventional scheduling techniques.

Keywords: Render Farm, CPU Scheduling, Round Robin, Multilevel Queue, Real-Time Simulation, Task Allocation.

Published in: 2024 Asian Conference on Communication and Networks (ASIANComNet)

Date of Publication: --

DOI: -

Publisher: IEEE

ABSTRACT LIBRARY

A Comprehensive Hybrid CPU Scheduling Simulator: Design, Implementation, and Performance Evaluation of Round Robin and Multilevel Queue with Real-Time Constraints

Publisher: IEEE

Abstract:

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