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Multiple Access Protocols for Mobile Communications. GPRS, UMTS and Beyond. Edition No. 1

  • ID: 2181236
  • Book
  • March 2002
  • 478 Pages
  • John Wiley and Sons Ltd
A comprehensive discussion of multiple access protocols for cellular systems and the consideration of the specific constraints and capabilities of second and third generation systems regarding the multiple access protocols.

Beginning by introducing the cellular concept and discussing second and third generation cellular communication systems, including the evolution from these systems to IP-based systems, the authors then identify the requirements for and problems related to multiple access. In accordance with ETSI and 3GPP standards, a split is made into basic multiple access schemes such as CDMA, TDMA and FDMA and multiple access protocols. The pros and cons of CDMA and TDMA for third generation systems are discussed as well as medium access in GSM, GPRS and UMTS, essentially based on R-ALOHA protocols in all these systems. Data access delay and voice dropping performance is assessed and the different UTRA modes are considered.

Provides an accessible text for individuals with little prior knowledge of cellular communication systems or multiple access protocols

Provides an overview of existing material on cellular communications, multiple access protocols and a combination of the two

Presents extensive research carried out by the authors including extended packet reservation multiple access protocols for TDMA, CDMA and hybrid CDMA/TDMA air interfaces, protocol enhancements and modelling of the physical layer

A valuable reference resource for researchers and engineers in the field of cellular communications and packet-based communications, as well as postgraduate and research students in this rapidly evolving field.
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Cellular Mobile Communication Systems: From IG to 4G.

Multiple Access in Cellular Communication Systems.

Multiple Access in GSM and (E) GPRS.

Models for the Physical Layer and for User Traffic Generation.

Multidimensional PRMA.

MD PRMA with Load-based Access Control.

MD PRMA on Code-Time-Slots.

MD PRMA with Prioritised Bayesian Broadcast.

Packet Access in UTRA FDD and UTRA TDD.

Towards 'All IP' and Some Concluding Remarks.


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Alex Brand Swisscom Mobile, Switzerland.

Hamid Aghvami King's College, London, UK.
Note: Product cover images may vary from those shown