1999•Journal of Electrical Engineering and Information ScienceRequires access

Performance of an Orthogonal Multicarrier CDMA System in a Multicell/Multipath Environment

Wonsik Yoon

Open publisher page 7 citations

Abstract

We have considered an improved orthogonal multicarrier (MC) CDMA system. This system combines the advantages of both DS-CDMA with a concatenated spreading scheme and an MC modulation technique to combat the effects of a multipath fading channel and intersymbol interference (ISI). The performance of the system is analyzed under a multicell, multiuser, and multi path Rician fading channel. The system is shown to outperform the orthogonal MC-CDMA system with a conventional PN sequence.

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What this paper is about

We have considered an improved orthogonal multicarrier (MC) CDMA system. This system combines the advantages of both DS-CDMA with a concatenated spreading scheme and an MC modulation technique to combat the effects of a multipath fading channel and intersymbol interference (ISI). The performance of the system is analyzed under a multicell, multiuser, and multi path Rician fading channel. The system is shown to outperform the orthogonal MC-CDMA system with a conventional PN sequence.

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Available abstract

We have considered an improved orthogonal multicarrier (MC) CDMA system. This system combines the advantages of both DS-CDMA with a concatenated spreading scheme and an MC modulation technique to combat the effects of a multipath fading channel and intersymbol interference (ISI). The performance of the system is analyzed under a multicell, multiuser, and multi path Rician fading channel. The system is shown to outperform the orthogonal MC-CDMA system with a conventional PN sequence.

Key concepts: Rician fading, Multipath propagation, Code division multiple access, Fading, Computer science, Interference (communication), Electronic engineering, Intersymbol interference

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