Research: ATM traffic transfer via queued-arbitrated DQDB
Computer Communications
Correlation properties of the token leaky bucket departure process
Computer Communications
Research: Output process characterization for fast token ring networks supporting two priorities
Computer Communications
Research: Performance evaluation of triggered threshold buffer schemes for ATM networks
Computer Communications
A new shared-buffer packet switch in ATM networks
Computer Communications
| Hi-index | 0.07 |
The traffic characteristics of an asynchronous transfer mode (ATM) network are analyzed by theoretical methods. A new method is proposed to express the burstiness of the cell arrival process. Both statistical multiplexing and statistical bandwidth allocation are quantitatively evaluated. When packetized video traffic and voice traffic are multiplexed, the number of multiplexable sources strongly depends on the peak bit rate of the multiplexed video sources, and statistical bandwidth allocation is ineffective without control. On the other hand, lowering the peak bit rate of video traffic effectively improves bandwidth utilization