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Adaptive Rate-Based Congestion Control in ATM Switching Networks (0)
| Content Provider | CiteSeerX |
|---|---|
| Author | Zhang, Hongyi Yang, Oliver W. Mouftah, H. |
| Description | In this paper, we propose an adaptive congestion controller for the flow regulation of the best-effort (ABR) traffic in ATM switching networks. The controller can regulate the source rate based on the knowledge of the buffer occupancy and the total number of virtual connections accepted through the congested node. Condition for stability in terms of buffer occupancy is derived, and simulations are carried out. It is shown that with this controller applied, the ATM switching node is piecewise asymptotically stable without oscillation. 1 Introduction Congestion control has become an increasingly important problem in designing and managing an ATM switching network due to ever-growing network bandwidth and intensive network applications. It is also believed that congestion control in a high-speed ATM switching network is a much more difficult problem than in a low-speed network due to a high network latency. Congestion in a network is a state where the system performance degrades due to ... |
| File Format | |
| Language | English |
| Publisher Institution | 1i . . . 2N 2i . . . 1N |
| Access Restriction | Open |
| Subject Keyword | Buffer Occupancy Difficult Problem Virtual Connection Flow Regulation Total Number Congestion Control Adaptive Rate-based Congestion Control Important Problem System Performance Degrades Introduction Congestion Control Source Rate Adaptive Congestion Controller Congested Node High-speed Atm Switching Network Ever-growing Network Bandwidth Low-speed Network Intensive Network Application Atm Switching Network Atm Switching Node High Network Latency |
| Content Type | Text |
| Resource Type | Article |
