A Lost Sensor Data Recovery Scheme for Faster Data Stream Merging

Ei Khaing Win; Tomoki Yoshihisa; Yoshimasa Ishi; Tomoya Kawakami; Yuuichi Teranishi; Shinji Shimojo

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A Lost Sensor Data Recovery Scheme for Faster Data Stream Merging

http://hdl.handle.net/20.500.12678/0000007932

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A Lost Sensor Data Recovery Scheme for Faster Data Stream Merging.pdf (1.6 MB)

Publication type
		Conference paper
Upload type
		Publication
Title
	Title	A Lost Sensor Data Recovery Scheme for Faster Data Stream Merging
	Language	en
Publication date		2017-01-18
Authors
		Ei Khaing Win
		Tomoki Yoshihisa
		Yoshimasa Ishi
		Tomoya Kawakami
		Yuuichi Teranishi
		Shinji Shimojo
Description
		"Due to the recent development of sensing technologies, streaming servers deliver sensor data streams such as video or temperature data streams to many clients. In simple delivery scheme, the servers deliver streams to each client one by one though the data themselves are the same. When a client encounters data loss because of network disconnections or access failures, the server delivers a recovery stream to the client. As the number of the delivering streams increases, the server’s management load such as the computational power, memory usage, communication traffic, etc. increases. To reduce the number of the delivering streams, in this paper, we propose a lost sensor data recovery scheme for faster data streams merging. Our proposed scheme reduces the number of the streams managed by the server by merging some of them. To merge streams faster, the server removes some data from the recovery streams. From our evaluations, we confirmed that our proposed scheme can faster reduce the number of the streams. "
Keywords
		sensor data stream delivery; IoT (Internet of Things), streaming distribution, sensor network
Conference papers
		IPSJ-DPS-169
		Jan. 20, 2017
		Information Processing Society of Japan, Special Interest Groups
		Katsuura, Japan
		https://www.ipsj.or.jp/kenkyukai/event/dps169.html

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