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This paper presents a methodology of decision-making for embedded I/O buffer sizes in a single-bus shared-memory system. The decision is made with the aid of a queuing model, simulation, and the proposed algorithm. The generalized queueing model is simulated to cover two cases: independent processing units and pipelined processing units in a shared-memory(More)
This paper presents a methodology of decision-making for embedded I/O buffer sizes in a single-bus shared-memory system. The decision is made with the aid of a queuing model, simulation, and the proposed algorithm. The generalized queueing model is simulated to cover two cases: independent processing units and pipelined processing units in a shared-memory(More)
This thesis presents a methodology of decision-making for the design variables, embedded I/O buffer sizes, in a single-bus shared-memory system. The decision is made with the aid of a queueing model, simulation, and an optimization algorithm. A queueing model is used to simulate the system behavior and to obtain the system response. The generalized queueing(More)
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