This paper proposes COoperative COntrol Protocol (COCOP), which enables a synchronous cooperative group to interactively control an on-demand server which multicasts time-dependent data streams. Multicast-based streaming on-demand systems such as video on-demand systems, web casters, and networks of real/virtual sensors can beneficially exploit COCOP to provide cooperative control sessions as a mainstream service. In order to improve efficiency and scalability, the protocol relies on a reliable multicast transport layer which can be based either on the IP-multicast or on Application Layer Multicast. Performance evaluation of COCOP was carried out on multicast trees by using a discrete-event simulation framework.
Cooperative Control of Multicast-based Streaming On-Demand Systems
Mastroianni Carlo;
2005
Abstract
This paper proposes COoperative COntrol Protocol (COCOP), which enables a synchronous cooperative group to interactively control an on-demand server which multicasts time-dependent data streams. Multicast-based streaming on-demand systems such as video on-demand systems, web casters, and networks of real/virtual sensors can beneficially exploit COCOP to provide cooperative control sessions as a mainstream service. In order to improve efficiency and scalability, the protocol relies on a reliable multicast transport layer which can be based either on the IP-multicast or on Application Layer Multicast. Performance evaluation of COCOP was carried out on multicast trees by using a discrete-event simulation framework.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
