Handoff requirements for a third generation DS-CDMA air interface

SC Swales; JCS Cheung; CM Simmonds; MA Beach; JP McGeehan

Abstract

Code division multiple access is now regarded by many as the most viable air interface for future third generation mobile radio systems. The mixed cell architecture required to support these systems imposes a number of problems for network planners, and not least is the support of mobility. Handoff is an essential feature of this, as well as being fundamental to the successful operation of any direct sequence (DS) CDMA system. The paper addresses handoff aspects of a DS-CDMA air interface, focusing in particular on the requirements for third generation systems

Original language	English
Pages	8/1 - 8/4
Publication status	Published - Jun 1993

Bibliographical note

Sponsorship: The authors would like to express their thanks to a number of sources who have supported different aspects of this work: U.K. SERC, Hutchison-Microtel and the
Commission of the European Communities under the RACE PLATON Project (RACE II 2007)

Name of Conference: Colloquium on Mobility in Support of Personal Communications
Venue of Conference: London

Keywords

spread spectrum communication
third generation mobile radio systems
code division multiple access
cellular radio

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Cite this

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title = "Handoff requirements for a third generation DS-CDMA air interface",

abstract = "Code division multiple access is now regarded by many as the most viable air interface for future third generation mobile radio systems. The mixed cell architecture required to support these systems imposes a number of problems for network planners, and not least is the support of mobility. Handoff is an essential feature of this, as well as being fundamental to the successful operation of any direct sequence (DS) CDMA system. The paper addresses handoff aspects of a DS-CDMA air interface, focusing in particular on the requirements for third generation systems",

keywords = "spread spectrum communication, third generation mobile radio systems, code division multiple access, cellular radio",

author = "SC Swales and JCS Cheung and CM Simmonds and MA Beach and JP McGeehan",

note = "Sponsorship: The authors would like to express their thanks to a number of sources who have supported different aspects of this work: U.K. SERC, Hutchison-Microtel and the Commission of the European Communities under the RACE PLATON Project (RACE II 2007) Name of Conference: Colloquium on Mobility in Support of Personal Communications Venue of Conference: London",

year = "1993",

month = jun,

language = "English",

pages = "8/1 -- 8/4",

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T1 - Handoff requirements for a third generation DS-CDMA air interface

AU - Swales, SC

AU - Cheung, JCS

AU - Simmonds, CM

AU - Beach, MA

AU - McGeehan, JP

N1 - Sponsorship: The authors would like to express their thanks to a number of sources who have supported different aspects of this work: U.K. SERC, Hutchison-Microtel and the Commission of the European Communities under the RACE PLATON Project (RACE II 2007) Name of Conference: Colloquium on Mobility in Support of Personal Communications Venue of Conference: London

PY - 1993/6

Y1 - 1993/6

N2 - Code division multiple access is now regarded by many as the most viable air interface for future third generation mobile radio systems. The mixed cell architecture required to support these systems imposes a number of problems for network planners, and not least is the support of mobility. Handoff is an essential feature of this, as well as being fundamental to the successful operation of any direct sequence (DS) CDMA system. The paper addresses handoff aspects of a DS-CDMA air interface, focusing in particular on the requirements for third generation systems

AB - Code division multiple access is now regarded by many as the most viable air interface for future third generation mobile radio systems. The mixed cell architecture required to support these systems imposes a number of problems for network planners, and not least is the support of mobility. Handoff is an essential feature of this, as well as being fundamental to the successful operation of any direct sequence (DS) CDMA system. The paper addresses handoff aspects of a DS-CDMA air interface, focusing in particular on the requirements for third generation systems

KW - spread spectrum communication

KW - third generation mobile radio systems

KW - code division multiple access

KW - cellular radio

M3 - Conference Abstract

SP - 8/1 - 8/4

ER -