Journal of Engineering and Applied Sciences

Year: 2017
Volume: 12
Issue: 9 SI
Page No. 8568 - 8570

Design and Implementation for Map Reduce Personalized for High Performance Computing

Authors : R. Maria Deepika

Abstract: In the present situation all maximum number of applications is run by map reducing. It is the tool which is more powerful for the applications. An insidious framework is from the transforming of delineate. The solid programming model is known as delineate. The HDFS is relies the map reduce which is open source. HDFS is known as Hadoop Distributed File System. This systems are does not have knowledge about POSIX in HDFS at any case. The present system has some segments for overcome the application total running problems compare than the past HPC. The GPFS, archive structures and NFS are support by the conventional circumstance of HPC. The HDFS slide is reason for the issues and impacts in the system. This system has full view of the map reduce system including setting executing grabs. The map reduces work on the marine it has long way abstracting and it has abilities to report structure passed normally. For this system development it has various numbers of conditions on HPC. This study shows the real nature and prevalent of the map reduce perspective through system design an execution expected for clustered and shared-circle record systems and appropriately not focused on a specific map reduce game plan. A proposed framework with YARN enhances the classification execution time 275 sec, energy consumption 5.9 kWh.

How to cite this article:

R. Maria Deepika , 2017. Design and Implementation for Map Reduce Personalized for High Performance Computing. Journal of Engineering and Applied Sciences, 12: 8568-8570.

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