We propose an implementation in terms of a cellular neural network (CNN) of the packet selection discipline in an input queueing fast packet switching (FPS) fabric, A neural network is designed which is devoid of spurious (suboptimal) responses and is guaranteed to take optimal decisions for switching packets, Such a neural network permits to lower the buffer memory requirements and to achieve throughput-mean Switching delay performance close to the optimum (output) queueing alternative.
R., F., Forti, M., M., M. (1996). A cellular neural network for packet selection in a fast packet switching fabric with input buffers. IEEE TRANSACTIONS ON COMMUNICATIONS, 44(12), 1649-1652 [10.1109/26.545894].
A cellular neural network for packet selection in a fast packet switching fabric with input buffers
FORTI, MAURO;
1996-01-01
Abstract
We propose an implementation in terms of a cellular neural network (CNN) of the packet selection discipline in an input queueing fast packet switching (FPS) fabric, A neural network is designed which is devoid of spurious (suboptimal) responses and is guaranteed to take optimal decisions for switching packets, Such a neural network permits to lower the buffer memory requirements and to achieve throughput-mean Switching delay performance close to the optimum (output) queueing alternative.
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https://hdl.handle.net/11365/8659
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