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delivery model with possible duplication and reordering of packets and builds reliability on an end-to-end basis. The algorithms in
Scalable Reliable Multicast dynamically adjust their control parameters based on the observed performance within a session like transmission control protocol adaptively
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protocol is a reliable multicast framework for lightweight sessions and application-level framing. The algorithms of this framework are efficient, robust, and scale well to both very large networks and very large sessions. Wb, the distributed whiteboard tool designed and implemented by McCanne and
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It is based on loss detection and re-transmission policy. Since sender-oriented reliability may lead to ACK implosion, it uses receiver-based reliability. It does not focus on any particular delivery order.
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It provides an efficient means to transmit data to multiple parties. A single copy of the packet travels down any given network link, and is duplicated at network branch points.
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This is an issue in many reliable multicast protocols because of state explosion and message implosion effect. Scalable
Reliable Multicast uses various approaches like
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Scalable
Reliable Multicast is heavily based on the group delivery model that is the centerpiece of the
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Jacobson, is the first application based on the
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multicast protocol. It attempts to follow the core design principles of
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It has three major components, multicast, reliability and scalability.
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V. Jacobson (1992). "A Portable, Public Domain
Network 'Whiteboard'".
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