Implementation of a Wi-Fi Based Cluster System using Raspberry Pi for Multidisciplinary Education
2019, 24(1), pp.1-7
DOI :https://doi.org/10.9708/jksci.2019.24.01.001
Publisher : The Korean Society Of Computer And Information
Research Area : Computer Science
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In this paper, we implemented a Wi-Fi based cluster system using raspberry pi for multidisciplinary education. The cluster implementation on the desktop was more difficult to maintain the complexity, big size, high price, power consumption as the number of nodes increased. In this paper, we implemented a cluster using Raspberry Pi, which is developed for educational purposes, to reduce the cost of connecting nodes. In addition, the complexity of system construction is reduced by replacing the connection between each node with Wi-Fi. Also, the inconvenience of configuration due to node increase was reduced. It is expected that the implementation of the cluster will be a good alternative in the educational environment where distributed processing and parallel processing are performed in the embedded environment. Also, it is confirmed that it can be applied to the multidisciplinary education.
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[journal] D. Bradley / 2015 / The internet of things the future or the end dof mechatronics / Mechatronics 27 : 57~74
[other] W. Gropp / 2003 / Beowulf Cluster Computing with Linux
[report] M. A. Baker / 1995 / Cluster Computing Review / NPAC
[other] Simon J. Cox / 2013 / Iridis-pi: a low-cost, compact demonstration cluster
[web] / Raspberry Pi / https://www.raspberrypi.org
[web] / ARDUINO / https://www.arduino.cc
[journal] S. Ferdoush / 2014 / Wireless Sensor Network System Design using Raspberry Pi and Arduino for Emvironmental Monitoring Applications / Proceedia Computer Science 34 : 1~3
[web] / Steps th make a Raspberry Pi Supercomputer / http://www.southampton.ac.uk/~sjc/raspberrypi/pi_supercomputer_southampton_web.pdf
[web] / HPL(High Performance Linpack) : Benchmarking Raspberry PIs / https://www.howtoforge.com/tutorial/hpl-high-performance-linpack-benchmark-raspberry-pi/
[web] / MPI / http://www.mpi-forum.org
[book] W. Gropp / 1995 / Using MPI:Portable Parallel Programming with the Message Passing Interface / MIT Press
[journal] I. Foster / 1998 / A wide-area implementatin of the Message Passing Interface / Parallel Computing : 1735~1749
[web] / MPICH / http://www.mpch.org
[journal] N. Karonis / 1998 / MPICH-G2 : a Grid-enabled implementation of the Message Passing Interface / Journal of Parallel and Distributed Computing 63 : 551~563
[confproc] M. Muller / 2003 / Grid enabled MPI solutions for Clusters / 3rd International Symposium on Cluster Computing and the Grid : 18~25
[web] / TOP 500 The List / https://www.top500.org
[book] S. Monk / 2013 / Programmming the Raspberry Pi Getting started with Python / Mc Graw Hill
[book] S. Monk / 2015 / Programming the Raspberry Pi Cookbook / Hanbit Media
[book] D. Norris / 2015 / Raspberry Pi with Project / Hanbit media
[web] / Build a Compact 4 Node Raspberry Pi Cluster / https://makezine.com/projects/build-a-compact-4-node-raspberry-pi-cluster
[web] / Make your Own Cluster Computer(part1) / http://www.tinkernut.com/2014/04/make-cluster-computer/
[web] / Make Your Own Cluster Computer(Part2) / http://www.tinkernut.com/2014/05/make-cluster-computer-part-2/
[journal] Dongarra, J. J. / 2003 / The LINPACK Benchmark; past, present and future / Concurrency and Computation: Practice & Experience 12 (9)
[other] Dongarra, J / 1979 / LINPACK: user’ guide / Society for Industrial and Applied Mathematics
[confproc] Jian Z. / 2016 / Learning Cluster Computing by Creating a Raspberry Pi Cluster / WOODSTOCK’97
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