PERFORMANCE OF DIRECT SEQUENCE SPREAD SPECTRUM FOR INDOOR WIRELESS DIGITAL COMMUNICATION.

M. Kavehrad, P. J. McLane

Research output: Chapter in Book/Report/Conference proceedingConference contribution

3 Citations (Scopus)

Abstract

Direct sequence, spread spectrum modulation has many attributes suitable for digital communication in indoor wireless communication. For instance, frequency reuse is possible as spread spectrum can be used as an overlay relative to existing communication services. In addition, spread spectrum provides inherent diversity against multipath fading, which is the major impairment for reliable communication in indoor local area networks. The error performance of spread spectrum is determined for various multipath fading models. When a line of sight path cannot be established, it is found that spread spectrum diversity, antenna diversity and channel coding can be combined to give acceptable performance. In many cases, in LAN applications, spread spectrum can establish a line of sight path through its time-resolution properties and in such cases diversity is not required. Direct sequence spread spectrum, coherent, binary phase shift keying modulation from a remote terminal to a central station is considered for a star network architecture. The effect on performance of other system users' signals and noise is precisely analyzed using the method of moments. Both the bit error probability and the multipath outage are used as system performance indices.

Original languageEnglish (US)
Title of host publicationUnknown Host Publication Title
PublisherIEEE
Pages974-979
Number of pages6
StatePublished - 1985

Fingerprint

Multipath fading
Communication
Local area networks
Modulation
Binary phase shift keying
Channel coding
Method of moments
Network architecture
Outages
Stars
Antennas
Error probability

All Science Journal Classification (ASJC) codes

  • Engineering(all)

Cite this

Kavehrad, M., & McLane, P. J. (1985). PERFORMANCE OF DIRECT SEQUENCE SPREAD SPECTRUM FOR INDOOR WIRELESS DIGITAL COMMUNICATION. In Unknown Host Publication Title (pp. 974-979). IEEE.
Kavehrad, M. ; McLane, P. J. / PERFORMANCE OF DIRECT SEQUENCE SPREAD SPECTRUM FOR INDOOR WIRELESS DIGITAL COMMUNICATION. Unknown Host Publication Title. IEEE, 1985. pp. 974-979
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Kavehrad, M & McLane, PJ 1985, PERFORMANCE OF DIRECT SEQUENCE SPREAD SPECTRUM FOR INDOOR WIRELESS DIGITAL COMMUNICATION. in Unknown Host Publication Title. IEEE, pp. 974-979.

PERFORMANCE OF DIRECT SEQUENCE SPREAD SPECTRUM FOR INDOOR WIRELESS DIGITAL COMMUNICATION. / Kavehrad, M.; McLane, P. J.

Unknown Host Publication Title. IEEE, 1985. p. 974-979.

Research output: Chapter in Book/Report/Conference proceedingConference contribution

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N2 - Direct sequence, spread spectrum modulation has many attributes suitable for digital communication in indoor wireless communication. For instance, frequency reuse is possible as spread spectrum can be used as an overlay relative to existing communication services. In addition, spread spectrum provides inherent diversity against multipath fading, which is the major impairment for reliable communication in indoor local area networks. The error performance of spread spectrum is determined for various multipath fading models. When a line of sight path cannot be established, it is found that spread spectrum diversity, antenna diversity and channel coding can be combined to give acceptable performance. In many cases, in LAN applications, spread spectrum can establish a line of sight path through its time-resolution properties and in such cases diversity is not required. Direct sequence spread spectrum, coherent, binary phase shift keying modulation from a remote terminal to a central station is considered for a star network architecture. The effect on performance of other system users' signals and noise is precisely analyzed using the method of moments. Both the bit error probability and the multipath outage are used as system performance indices.

AB - Direct sequence, spread spectrum modulation has many attributes suitable for digital communication in indoor wireless communication. For instance, frequency reuse is possible as spread spectrum can be used as an overlay relative to existing communication services. In addition, spread spectrum provides inherent diversity against multipath fading, which is the major impairment for reliable communication in indoor local area networks. The error performance of spread spectrum is determined for various multipath fading models. When a line of sight path cannot be established, it is found that spread spectrum diversity, antenna diversity and channel coding can be combined to give acceptable performance. In many cases, in LAN applications, spread spectrum can establish a line of sight path through its time-resolution properties and in such cases diversity is not required. Direct sequence spread spectrum, coherent, binary phase shift keying modulation from a remote terminal to a central station is considered for a star network architecture. The effect on performance of other system users' signals and noise is precisely analyzed using the method of moments. Both the bit error probability and the multipath outage are used as system performance indices.

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Kavehrad M, McLane PJ. PERFORMANCE OF DIRECT SEQUENCE SPREAD SPECTRUM FOR INDOOR WIRELESS DIGITAL COMMUNICATION. In Unknown Host Publication Title. IEEE. 1985. p. 974-979