This paper examines general transmission networks, of which I/O subsystems are a special case. By using the maximum entropy principle, we answer questions ...

Aug 30, 1982 · This paper examines general transmission networks, of which I/O subsystems are a special case. By using the maximum entropy principle, we answer ...

This paper examines general transmission networks, of which I/O subsystems are a special case, and uses the maximum entropy principle to answer questions ...

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Modeling I/O systems with dynamic path selection, and general transmission networks · Yonathan Bard · 1982 · SIGMETRICS 1982.

This paper describes an approach to system modeling based on heuristic mean value analysis. The virtues of the approach are conceptual simplicity and ...

Modeling I/O Systems with Dynamic Path Selection, and General Transmission Networks. Proc. A CM SIGMETR ICS. Conference on Measurement and Modeling of ...

I/O systems with dynamic path selection and general transmission networks. W ... Modeling the effect of local area network contention on the performance of ...

We develop a dynamic model of input–output networks that incorporates adjustment costs of changing inputs. Our closed-form solution for the dynamics of the ...

The Continuous Dynamic Network Loading problem is here addressed for giv-en splitting rates, hence allowing for implicit path enumeration.