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학술대회 Performance Analysis of Single- and Multi-Channel Contention Resolution Algorithm for the DOCSIS MAC Protocol
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저자
홍승은, 권오형, 김성경
발행일
200606
출처
International Conference on Communications (ICC) 2006, pp.1083-1088
DOI
https://dx.doi.org/10.1109/ICC.2006.254891
협약과제
05MR3200, 차세대 케이블 네트워크 고도화 기술 개발, 권오형
초록
Data-over-cable service interface specification (DOCSIS) MAC protocol is the de facto standard for hybrid fiber coax (HFC) network, and has also given leverage to IEEE 802.16 MAC protocol. The primary medium access control (MAC) function is contention resolution algorithm (CRA), called frame-based truncated binary exponential back-off (F-TBEB), for bandwidth requests from cable modems. The DOCSIS MAC is on the upgrade by introducing channel bonding concept in that the multiple channels can be combined together to get greater aggregate bandwidth. This paper provides a simple analytical model to compute the F-TBEB delay and throughput in single DOCSIS channel. Furthermore, we give two solutions to the problem of CRA on multiple channels and use the analytical model to determine which solution is superior. © 2006 IEEE.
키워드
Component, Contention resolution, DOCSIS, MAC, Performance evaluation, Single- and mult-channel
KSP 제안 키워드
Analytical model, Bandwidth request, Channel bonding, Channel contention, De facto standard, Exponential backoff, Hybrid fiber, IEEE 802.16, MAC protocol, Medium Access Control, Multiple channels