ATM concepts, architectures, and protocols
Communications of the ACM
Research: Design and analysis of delay control for CBR services in ATM networks
Computer Communications
Usage parameter control schemes for improving MPEG video quality over ATM networks
Computer Communications
An integrated admission control based on measurements in ATM networks
Computer Communications
Performances of burst admission control schemes with cell multiplexing in ATM networks
Computer Communications
Research: An estimation of traffic parameters for VBR services in ATM networks
Computer Communications
An adaptive call admission control in ATM networks using optimized measurements windows
Computer Communications
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A traffic control architectural framework for broadband integrated services digital network asynchronous transfer mode (B-ISDN/ATM) is outlined. Network congestion control procedures are devised, complemented by specific end-terminal controls. The network congestion control system is partitioned into three domains: network-element internal, networkwide, and call-level controls. A selective discard mechanism based on traffic tagging and monitoring via both a rate enforcement module and a selective discard module is proposed, along with a set of preventive, protective-reactive, adaptive-reactive, and adaptive-reactive-supportive mechanisms. The need for a traffic descriptor, either statistical or operational, logically related to both call admission control and usage parameter control, is discussed