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Analysis of non-blocking ATM switches with multiple input queues
G. Nong
*
, J. K. Muppala,
M. Hamdi
*
Corresponding author for this work
Hong Kong University of Science and Technology
Research output
:
Contribution to conference
›
Paper
›
peer-review
4
Citations (Scopus)
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Keyphrases
Analytical Model
100%
Multiple Input
100%
Non-blocking
100%
Cell-to-cell
33%
Switching Performance
33%
Cell Delay
33%
Loss Probability
33%
Cell Loss
33%
Iterative Matching
33%
Scheduling Algorithm
33%
Output Port
33%
Input Port
33%
Maximum Throughput
33%
Performance Measures
33%
Bernoulli
33%
Head-of-line Blocking
33%
Saturated Condition
33%
Engineering
Analytical Model
100%
Input Multiple
100%
Automatic Teller Machines
100%
Loss Probability
33%
Input Port
33%
Output Port
33%
Performance Measure ψ
33%
Closed Form Solution
33%
Saturated Condition
33%
Computer Science
Analytical Model
100%
Nonblocking
100%
Multiple Input Queue
100%
Loss Probability
33%
Head-of-Line
33%
Scheduling Algorithm
33%
Performance Measure
33%
Head-of-Line Blocking
33%