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학술대회 A QoS RED Buffer Management Scheme of Intelligent Gateway Gadget based on a Wireless LAN
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저자
노경주, 배창석
발행일
200702
출처
International Conference on Advanced Communication Technology (ICACT) 2007, pp.286-291
DOI
https://dx.doi.org/10.1109/ICACT.2007.358357
협약과제
06MH2100, 퍼스널 Life Log기반 지능형 서비스 기술 개발, 배창석
초록
The recent information technology (IT) researches aim a ubiquitous environment ultimately. We introduce an intelligent gadget network (IGN) that is a research for a personalization service, and propose a buffer management scheme of gateway gadget that uses a wireless local area network (WLAN) to bind an IGN and an external internet network. An IGN records everyday life information of person including an environment and a vital information, and the person can use a personalization service by the recorded information. Therefore, IGN gadgets can require a service of high data rate such as a multimedia that sends and receive with an external internet. At this time, if a gateway gadget can not support that required data rate, it become bottle neck point. When considering a transmission rate and a current established infrastructure, it is useful to implement a gateway gadget using wireless LAN. This paper proposes a buffer management scheme in medium access control (MAC) layer of gateway gadget that adopts a IEEE802.11e WLAN to connect an IGN with an external internet network. The proposed buffer mechanism based on the random early discard (RED) algorithm. The proposed method is simulated in the prototype board that is developed for a next generation wireless LAN standard of IEEE802.11n. The simulation results show that the buffer method in a MAC level is useful for quality of service (QoS) because it lowers drop rates and makes the drop rate of wireless communication system uniform.
키워드
Buffer management, Gateway, Intelligent gadget, QoS RED, WLAN
KSP 제안 키워드
Bottle-neck, Buffer management scheme, Buffer mechanism, High data rate, Information Technology, Life information, Local Area Network(LAN), Medium Access Control, Transmission Rate, Ubiquitous environments, Vital information