The Effect of Restrictions On Relative Processor Speeds to Differences in Effici

Cover 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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