An adaptive connection admission control policy for VBR + service class
Sarit Mukherjee, Dan Reininger, Bhaskar Sen Gupta
Abstract
Sarit Mukherjee, Dan Reininger, Bhaskar Sen Gupta
Abstract
A new service class, called VBR + [26], has been proposed for multimedia applications on ATM networks. VBR + extends the functionality of the traditional VBR service with the added capability of dynamic resource renegotiation. It makes the specification and modification of the usage parameter controls flexible, and potentially can increase the network resource utilization through statistical multiplexing. These advantages come at the expense of a more complex connection admission controller which should be designed to handle bandwidth renegotiation efficiently. In this paper a connection admission controller for VBR + service class is proposed. We identify the desirable features of a VBR + connection admission controller, and present a novel one that can achieve them through (1) dynamic resource partitioning, and (2) dynamic resource redistribution among active connections. Simulation results showing the performance of the controller using a number of actual video tra...
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A new service class, called VBR + [26], has been proposed for multimedia applications on ATM networks. VBR + extends the functionality of the traditional VBR service with the added capability of dynamic resource renegotiation. It makes the specification and modification of the usage parameter controls flexible, and potentially can increase the network resource utilization through statistical multiplexing. These advantages come at the expense of a more complex connection admission controller which should be designed to handle bandwidth renegotiation efficiently. In this paper a connection admission controller for VBR + service class is proposed. We identify the desirable features of a VBR + connection admission controller, and present a novel one that can achieve them through (1) dynamic resource partitioning, and (2) dynamic resource redistribution among active connections. Simulation results showing the performance of the controller using a number of actual video tra...
Key concepts: Variable bitrate, Burstiness, Admission control, Computer science, Computer network, Quality of service, Controller (irrigation), Bandwidth (computing)