The Effect of Restrictions On Relative Processor Speeds to Differences in Effici
The Effect of Restrictions On Relative Processor Speeds to Differences in Effici
Paul G Spirakis
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Vx, locality (x) £ b) and (2) of relative speed v > 1 or (3) of relative acceleration a > 1. An asynchronous system is a systera (algorithm) whose allowable computations are all its infinite admissible computations which conform to restrictions such as (2) or (3) abovG . 2. 2 THE PROBLEM (see also [Arjomandi, Fischer, Lynch, 81] We shall examine the [s, n] -problem again, since this is, up to now, the only problem for which a provable difference between synchronous and asynchronous systems has ...been noticed. Let Y c X be a distinguished set of variables ( ports ) . A port-event is any step accessing a port. A session is any sequence of steps containing at least 1 port event for every port. A computation performs s sessions if it can be partitioned into s segments, each being a session. An infinite computation is ultimately quiescent if it contains only a finite number of port events. The time to quiescence is the run-time of the shortest prefix of the computation, containing all port events.
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