Presentation 2007-05-18
Study of Media Access Control Protocol for ad hoc network based on estimated packet error rate
Shoko UCHIDA, Katsuhiro NAITO, Kazuo MORI, Hideo KOBAYASHI,
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Abstract(in English) In wireless communication environments, the fading, which is the dynamic fluctuation of the signal intensity, occurs due to the movement of terminals. The fading speed generally depends on the terminal speed. Therefore, it is known that the worse channel condition would continue relatively long when the terminal is static or moves very slow. A media access control method which controls transmission timing based on the wireless channel conditions has been proposed. However, its adequate control threshold depends on the packet size and protocol. This paper proposes a new transmission timing control method based on the estimated packet error rate by extending the RTS/CTS mechanisms of IEEE 802.11. From the simulation results, the proposed method can decrease the unnecessary rout discovery and improve the throughput performance by selecting the similar threshold value.
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Keyword(in English) Ad hoc networks / Cross-layer design / Media Access Control / Slow fading channel
Paper # IN2007-5
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Committee IN
Conference Date 2007/5/10(1days)
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Language JPN
Title (in Japanese) (See Japanese page)
Sub Title (in Japanese) (See Japanese page)
Title (in English) Study of Media Access Control Protocol for ad hoc network based on estimated packet error rate
Sub Title (in English)
Keyword(1) Ad hoc networks
Keyword(2) Cross-layer design
Keyword(3) Media Access Control
Keyword(4) Slow fading channel
1st Author's Name Shoko UCHIDA
1st Author's Affiliation Graduated School of Engineering, Mie University()
2nd Author's Name Katsuhiro NAITO
2nd Author's Affiliation Graduated School of Engineering, Mie University
3rd Author's Name Kazuo MORI
3rd Author's Affiliation Graduated School of Engineering, Mie University
4th Author's Name Hideo KOBAYASHI
4th Author's Affiliation Graduated School of Engineering, Mie University
Date 2007-05-18
Paper # IN2007-5
Volume (vol) vol.107
Number (no) 37
Page pp.pp.-
#Pages 6
Date of Issue