Description: This book is intended to provide an efficient introduction to the fundamental
concepts and principles underlying the study of queueing systems as they apply
to telecommunications networks and systems. Our objective is to provide
sufficient background to allow our readers to formulate and solve interesting
queueing problems in the telecommunications area. The book contains a selection
of material that provides the reader with a sufficient background to read
much of the queueing theory-based literature on telecommunications and networking,
understand their modeling assumptions and solution procedures, and
assess the quality of their results
Platform: |
Size: 4957184 |
Author:Rolla Hassan |
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Description: Omnet++ programs to learn the basics.Includes implementation for simple modules to different Networks.Queueing model,Dyna,Routing etc. Platform: |
Size: 32376832 |
Author:manu |
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Description: A new prioritization scheme based on
queueing, for processing handover recellular
networks is presented. The
reordered depending on the raof
power degradation. The
quality of the cellular sysprobability
as comscheme. Platform: |
Size: 388096 |
Author:raghu |
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Description: In queueing theory, a discipline within the mathematical theory of probability, Buzen s algorithm (or convolution algorithm) is an algorithm for calculating the normalization constant G(N) in the Gordon–Newell theorem. This method was first proposed by Jeffrey P. Buzen in 1973.[1] Computing G(N) is required to compute the stationary probability distribution of a closed queueing network.
Performing a naï ve computation of the normalising constant requires enumeration of all states. For a system with N jobs and M states there are \tbinom{N+M-1}{M-1} states. Buzen s algorithm "computes G(1), G(2), ..., G(N) using a total of NM multiplications and NM additions." This is a significant improvement and allows for computations to be performed with much larger networks. Platform: |
Size: 24576 |
Author:goot10 |
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