BETTER: handling best effort traffic in the ATM networks
Wojciech Burakowski , Zbigniew Kopertowski , Andrzej Bąk , C.J. Waveren , H.A.M. Luiijf
AbstractThis paper addresses the problem of handling best effort traffic (BET) in ATM networks. This type of traffic usually consists of information cell transfer without any guarantees about the quality of service. We show that its transfer characteristics strictly depend on the cell scheduling mechanisms used in the ATM switches. The comparative studies take into account the following queue disciplines: FIFO without priorities, FIFO within predefined priorities, weighted fair queuing algorithm and control by the cycle. The ATM services that handle BET traffic are ABR and UBR. A new way of handling BET traffic ldquo;best effort traffic takes empty round rdquo; (BETTER) controlled by a cycle mechanism is proposed. The outcome of the numerical study shows that BETTER has some advantages over other queuing mechanisms
|Book||, IEEE Military Communications Conference, 1998. MILCOM 98. Proceedings, vol. 3, 1998|
|Keywords in English||ABR, asynchronous transfer mode, ATM networks, ATM services, ATM switches, Bandwidth, best effort traffic, best effort traffic takes empty round, BETTER, BET traffic, cell scheduling mechanisms, Communication system traffic control, contracts, cycle mechanism, FIFO, information cell transfer, Intelligent networks, Multiplexer, multiplexing, multiplexing equipment, priorities, quality of service, queue disciplines, queueing theory, switches, telecommunication congestion control, telecommunication networks, telecommunication traffic, traffic control, transfer characteristics, UBR, weighted fair queuing algorithm|
|Citation count*||2 (2018-02-15)|
* presented citation count is obtained through Internet information analysis and it is close to the number calculated by the Publish or Perish system.