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In a Local Area Computer Network (LAN), a set of independent distributed users compete for access to a single, shared resource which is the communication channel. Thus there arises the need for rules to control access to the communication channel. Such rules are generally called protocols or more specifically, Medium Access Control (MAC) procedures. This dissertation describes one such MAC procedure called the Distributed Channel-Sense Priority Ring (DCPR) which has been implemented on a ring topology. A formal protocol specification language called SAN (State Architecture Notation) is used for such a description. A performance model of DCPR is presented. Studies of it and suggestions of an improved DCPR protocol called IDCPR is provided. Performance comparison of DCPR and IDCPR with well-known medium access control protocols is further provided.

A distributed channel-sense non-preemptive static priority ring for local area computer networks and its performance