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Table 1: Maximum switch throughput versus number of switch input and output ports for input- queued packet switches (load = 100 %, buffer size = 1000).
"... In PAGE 5: ...6 %). The presentation of simulation results is concluded with Table1 , where maximum switch throughput values for different switch sizes can be found. All four scheduling mechanisms are compared.... ..."
TABLE III COMPARISON BETWEEN 1-INPUT 5-OUTPUT SWITCH AND 1-INPUT 7-OUTPUT SWITCH.
TABLE I EXPECTATION OF SWITCHING IN L BIT INPUT
2005
Cited by 1
Table 1. Table 1: Bit Energy Under Different Input Vectors Switch Fabric Input Bit Input Bit
2002
Cited by 31
Table 3.1: Bit Energy Under Different Input Vectors Switch Fabric Input Bit Input Bit
2001
Cited by 1
Table 17: Performance of the very high speed switch with input and output bu#0Bers. Cell
Table 18: Performance of the very high speed switch with input and crosspoint bu#0Bers.
Table 4.1: Expectation of switching in L bit input Inputs Expectation of switching
in Copyright by
2006
Table 1: Maximum throughput of Non-blocking Packet Switch with input and output queueing (N = 1) using FIFO queues Speedup Maximum Throughput
1996
"... In PAGE 14: ... Some of the key observations highlighting the advantages of this combined approach are: Employing input queueing mechanism in an output queued switch greatly re- duces the speedup required to attain a given Ploss at a given load value. Employing a small speedup and output queueing in an input queued switch results in signi cant throughput improvements (see Table1 |from [66]) The backpressure mechanism requires less Bin + Bout to achieve a given Ploss under a very wide range of load values than the queue loss mechanism. Variable-length packet switching has not been considered in literature as much as time-slotted xed-length cell switching.... ..."
Cited by 2
TABLE I EVALUATION OF THE SWITCHED CAPACITANCE POLYNOMIAL FOR DIFFERENT INPUT PROBABILITIES.
1999
Cited by 3
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