Multidimensional Queueing Models in Telecommunication Networks [electronic resource] /
Melikov, Agassi.author.
Ponomarenko, Leonid.author.
The increasing complexity of telecommunication networks requires us to develop adequate mathematical models. We must find their characteristics, optimize them subject to chosen criteria, and develop the corresponding control algorithms. Multidimensional queueing models are used to design and optimize modern and next-generation networks (NGN). The central problem of the related mathematical theory is to apply multidimensional and large-size queueing models to improve efficiency. In this book new methods are successively developed and applied to solve related problems. The book is recommended for researchers engaged with the mathematical theory of telecommunications traffic.
Description based upon print version of record.
Includes bibliographical references and index.
Multi-dimensional Loss Models of Queueing Systems and Their Applications in Telecommunication Networks -- Analytical Methods for Analysis of Integral Cellular Networks -- Algorithmic Methods for Analysis of Mono-service Cellular Networks -- Algorithmic Methods for Analysis of Integral Cellular Networks -- Priority Schemes in Packet-Switching Networks -- Index.
The increasing complexity of telecommunication networks requires us to develop adequate mathematical models. We must find their characteristics, optimize them subject to chosen criteria, and develop the corresponding control algorithms. Multidimensional queueing models are used to design and optimize modern and next-generation networks (NGN). The central problem of the related mathematical theory is to apply multidimensional and large-size queueing models to improve efficiency. In this book new methods are successively developed and applied to solve related problems. The book is recommended for researchers engaged with the mathematical theory of telecommunications traffic.
Algorithms.
Computer communication systems.
Electrical engineering.
Information theory.
Algorithm Analysis and Problem Complexity.
Computer Communication Networks.
Communications Engineering, Networks.
Information and Communication, Circuits.