Dr. Ahmed Sobeih Profile

Dr. Ahmed Sobeih

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Proceedings Article | 20 May 2005 Paper

A survey of ring-building network protocols suitable for command and control group communications

Ahmed Sobeih, William Yurcik

Proceedings Volume 5778, (2005) https://doi.org/10.1117/12.604204

KEYWORDS: Telecommunications, Receivers, Taxonomy, Network security, Reliability, Data communications, Information security, Computer security, Homeland security, Sensors

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Multicasting is the enabling technology for group communication. However, network-layer multicasting (e.g., IP multicast) has not been widely adopted more than 10 years of its invention due to the concerns related to deployment, scalability and network management. Application-layer multicast (ALM) has been proposed as an alternative for IP multicast. In ALM, group communications take place on an overlay network in which each edge corresponds to a direct unicast path between two group members. ALM protocols differ in, among other aspects, the topology of the underlying overlay network (e.g., tree, mesh or ring). Ring-based ALM protocols have the advantages of providing a constant node degree, and enabling the implementation of reliable and totally-ordered message delivery through the use of a ring with a token that contains ordering and flow control information. In addition, a ring overlay network topology is inherently reliable to single node failures. In this paper, we provide a survey and a taxonomy of several ring-building group communication protocols. Investigating the major characteristics of ring-building network protocols is an important step towards understanding which of them are suitable for command and control group communications.

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