Register-insertion: A protocol for the next generation of ring local-area networks

Bahaa-El-Din, Wael Hilal; Liu, M. T.

doi:10.1016/0169-7552(92)90084-4

Cited by 11 publications

(1 citation statement)

References 9 publications

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“…Cell cumpling introduced at the B-CPN makes it hard to comply with such a contract. The proposed RBI protocol is based on Reset-Window [2, 31 and Buffer Insertion [4] concepts. We consider this protocol is less complex than some proposals made to ITU-T, and compatible with ITU-T GFC procedures.…”

Section: Introductionmentioning

confidence: 99%

An ATM access network for multimedia communications

Soto

Sallent

Proceedings of International Conference on Protocols for Multimedia Systems - Multimedia Networking

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In an ATM Customer Premises Network, there is ahantage in having shared access across the one Broadband User Network Interface (UNI). In this paper, we consider ATM shared access issues based on the GFC protocols as network support for multimedia communications, and we propose a mechanism for shared-medium access to an ATWB-ISDN network to support multimedia traffic. The access scheme proposed is based on direct access to a slotted medium on ring network. By installing insertion buffers at each station reduces media access time, and using spatial reuse by destination release procedure increases the throughput. The proposed Reset-Window with Buffer Insertion Protocol (RBI) includes multiple prioritized access to be able to transport multimedia communications. This access protocol is described and its performance is analyzed. The mean cell access delay and the fair sharing of the non-guaranteed bandwidth are evaluated by a simulation.

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Section: Introductionmentioning

confidence: 99%

An ATM access network for multimedia communications

Soto

Sallent

Proceedings of International Conference on Protocols for Multimedia Systems - Multimedia Networking

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Evaluation of real-time fiber communications for parallel collective operations

Rajagopal

Apon

1999

Lecture Notes in Computer Science

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Real-Time Fiber Communications RTFC is a gigabit speed network that has been designed for damage tolerant local area networks. In addition to its damage tolerant c haracteristics, it has several features that make it attractive as a possible interconnection technology for parallel applications in a cluster of workstations. These characteristics include support for broadcast and multicast messaging, memory cache in the network interface card, and support for very ne grain writes to the network cache. Broadcast data is captured in network cache of all workstations in the network providing a distributed shared memory capability. In this paper, RTFC i s introduced. The performance of standard MPI collective communications using TCP protocols over RTFC are evaluated and compared experimentally with that of Fast Ethernet. It is found that the MPI message passing libraries over traditional TCP protocols over RTFC perform well with respect to Fast Ethernet. Also, a new approach that uses direct network cache movement of bu ers for collective operations is evaluated. It is found that execution time for parallel collective communications may be improved via e ective use of network cache.

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Performance evaluation of the register insertion protocol for voice-data integration

McKenzie¹

1997

Computer Communications

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Register-insertion: A protocol for the next generation of ring local-area networks

Cited by 11 publications

References 9 publications

An ATM access network for multimedia communications

An ATM access network for multimedia communications

Evaluation of real-time fiber communications for parallel collective operations

Performance evaluation of the register insertion protocol for voice-data integration

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