Queuing Theory and Telecommunications
Networks and Applications
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Beschreibung
Queuing Theory and Telecommunications : Networks and Applications provides some fundamental knowledge in queuing theory, as well as essential analytical methods and approaches to be employed to evaluate and design telecommunication networks.
This work provides methods for teletraffic analysis as well as descriptions of current network technologies such as ISDN, B-ISDN, IP-based networks, MPLS, GMPLS, NGN and local access systems, including ADSL-based, Ethernet, Token Passing, and WiFi. Also, numerous solved exercises are provided in order to illustrate the applications of queuing theory in telecommunication networks. The following advanced telecommunication problems are modeled and solved by means of queuing analysis: statistics of the transmission delay for packet data traffic arriving at a transmission buffer; blocking behavior for bursty call arrival processes; characterization of Markovian traffic sources; performance of traffic regulators, analysis of access protocols and more. The author provides readers with a correct understanding of fundamental methods to be applied in the analysis of telecommunications systems.
Queuing Theory and Telecommunications : Networks and Applications is a reference text for advanced undergraduate and graduate level courses in telecommunications engineering and networking. It will also serve as a useful work for system engineers involved in network dimensioning.
Queuing Theory and Telecommunications: Networks and Applications provides some fundamental knowledge in queuing theory, as well as essential analytical methods and approaches to be employed to evaluate and design telecommunication networks.
This work provides methods for teletraffic analysis as well as descriptions of current network technologies such as ISDN, B-ISDN, IP-based networks, MPLS, GMPLS, NGN and local access systems, including ADSL-based, Ethernet, Token Passing, and WiFi. Also, numerous solved exercises are provided in order to illustrate the applications of queuing theory in telecommunication networks. The following advanced telecommunication problems are modeled and solved by means of queuing analysis: statistics of the transmission delay for packet data traffic arriving at a transmission buffer; blocking behavior for bursty call arrival processes; characterization of Markovian traffic sources; performance of traffic regulators, analysis of access protocols and more. The author provides readers with a correct understanding of fundamental methods to be applied in the analysis of telecommunications systems.
Queuing Theory and Telecommunications: Networks and Applications is a reference text for advanced undergraduate and graduate level courses in telecommunications engineering and networking. It will also serve as a useful work for system engineers involved in network dimensioning.
Integrates quantative and qualitive treatment of the new topics in networking such as MPLS, and access protocols
Coverage of random events theory and network communications engineering
Includes numerous exercises and solutions throughout the book to help readers
Abundant telecommunications examples illustrating the many networking applications
Queuing Theory and Telecommunications: Networks and Applications provides some fundamental knowledge in queuing theory, as well as essential analytical methods & approaches to be employed to evaluate and design telecommunication networks. The target is to provide readers with a correct understanding of fundamental methods to be applied in the analysis of telecommunications systems. Therefore, typical telecommunication problems are proposed and solved. These examples are also derived from the research activity carried out in this field. The book integrates quantative and qualitative treatment of the new topics in networking such as MPLS, access protocols, among others, which is beneficial to teaching material to graduate students majoring in networking.
Autor*in
Giovanni Giambene
Themen in »Queuing Theory and Telecommunications«
Analysis Ethernet Probability theory communication digital statistics telecommunication networks