Analyzing Job Aware Scheduling Algorithm in Hadoop for Heterogeneous Cluster

A scheduling algorithm is required to efficiently manage cluster resources in a Hadoop cluster, thereby to increase resource utilization and to reduce response time. The job aware scheduling algorithm schedules non-local map tasks of jobs based on job execution time, earliest deadline first or workl...

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Main Authors: Mayuri A Mehta, Supriya Pati
Format: Article
Language:English
Published: SAINTGITS College of Engineering 2015-12-01
Series:International Journal of Research and Innovations in Science and Technology
Subjects:
Online Access:http://journals.saintgits.org/paper-submission/uploads/article/V2%20I2%2008.pdf
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spelling doaj-4dd0fa72cfed482cb7776c72e010fd7f2020-11-25T02:10:27ZengSAINTGITS College of EngineeringInternational Journal of Research and Innovations in Science and Technology2394-38662394-38582015-12-01225157Analyzing Job Aware Scheduling Algorithm in Hadoop for Heterogeneous ClusterMayuri A Mehta0Supriya Pati1Sarvajanik College of Engineering and Technology, Surat, IndiaSarvajanik College of Engineering and Technology, Surat, IndiaA scheduling algorithm is required to efficiently manage cluster resources in a Hadoop cluster, thereby to increase resource utilization and to reduce response time. The job aware scheduling algorithm schedules non-local map tasks of jobs based on job execution time, earliest deadline first or workload of the job. In this paper, we present the performance evaluation of the job aware scheduling algorithm using MapReduce WordCount benchmark. The experimental results are compared with matchmaking scheduling algorithm. The results show that the job aware scheduling algorithm reduces average waiting time and memory wastage considerably as compared to matchmaking algorithm.http://journals.saintgits.org/paper-submission/uploads/article/V2%20I2%2008.pdfScheduling algorithmheterogeneous clusterHadoopMapReduce
collection DOAJ
language English
format Article
sources DOAJ
author Mayuri A Mehta
Supriya Pati
spellingShingle Mayuri A Mehta
Supriya Pati
Analyzing Job Aware Scheduling Algorithm in Hadoop for Heterogeneous Cluster
International Journal of Research and Innovations in Science and Technology
Scheduling algorithm
heterogeneous cluster
Hadoop
MapReduce
author_facet Mayuri A Mehta
Supriya Pati
author_sort Mayuri A Mehta
title Analyzing Job Aware Scheduling Algorithm in Hadoop for Heterogeneous Cluster
title_short Analyzing Job Aware Scheduling Algorithm in Hadoop for Heterogeneous Cluster
title_full Analyzing Job Aware Scheduling Algorithm in Hadoop for Heterogeneous Cluster
title_fullStr Analyzing Job Aware Scheduling Algorithm in Hadoop for Heterogeneous Cluster
title_full_unstemmed Analyzing Job Aware Scheduling Algorithm in Hadoop for Heterogeneous Cluster
title_sort analyzing job aware scheduling algorithm in hadoop for heterogeneous cluster
publisher SAINTGITS College of Engineering
series International Journal of Research and Innovations in Science and Technology
issn 2394-3866
2394-3858
publishDate 2015-12-01
description A scheduling algorithm is required to efficiently manage cluster resources in a Hadoop cluster, thereby to increase resource utilization and to reduce response time. The job aware scheduling algorithm schedules non-local map tasks of jobs based on job execution time, earliest deadline first or workload of the job. In this paper, we present the performance evaluation of the job aware scheduling algorithm using MapReduce WordCount benchmark. The experimental results are compared with matchmaking scheduling algorithm. The results show that the job aware scheduling algorithm reduces average waiting time and memory wastage considerably as compared to matchmaking algorithm.
topic Scheduling algorithm
heterogeneous cluster
Hadoop
MapReduce
url http://journals.saintgits.org/paper-submission/uploads/article/V2%20I2%2008.pdf
work_keys_str_mv AT mayuriamehta analyzingjobawareschedulingalgorithminhadoopforheterogeneouscluster
AT supriyapati analyzingjobawareschedulingalgorithminhadoopforheterogeneouscluster
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