Optimised power allocation for mixed rate traffic in DS-CDMA cellular system

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Optimised power allocation for mixed rate traffic in DS-CDMA cellular system

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An approach for determining the optimum power allocation for different types of traffic in a CDMA cellular system is presented. The system capacity can be improved significantly by simply employing suitable transmission power for different types of traffic.

Inspec keywords: telecommunication traffic; cellular radio; code division multiple access; channel capacity

Other keywords: optimisation; DS-CDMA cellular system; system capacity; power allocation; mixed rate traffic

Subjects: Mobile radio systems; Protocols; Multiple access communication

References

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      • Zou, J., Bhargava, V.K., Wang, Q.: `Reverse link analysis and performance evaluation for DS-CDMA cellularsystems', Proc. IEEE PIMRC '94, September 1994, p. 50–54.
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      • A.M. Viterbi , A.J. Viterbi . Erlang capacity of a power controlled CDMA system. IEEE J. Sel. Areas Commun. , 892 - 900
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      • Bhargava, V.K.: `Efficient methods for high rate wireless transmission of integrated traffic', Proc. IEEE PIMRC '94, September 1994, p. 1106–1113.
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      • Mermelstein, P., Jalali, A., Leib, H.: `Integrated services on wireless multiple access networks', Proc. ICC '93, 1993, p. 863–867.
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      • J. Zou , V.K. Bhargava , Q. Wang . Reverse link interference modelling and outage analysis for DS/CDMA cellularsystems. Int. J. Wireless Pers. Commun.
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      • K.S. Gilhousen , I.M. Jacobs , R. Padovani , A.J. Viterbi , L.A. Weaver , C.E. Wheatley . On the capacity of a cellular CDMA system. IEEE Trans. , 303 - 312
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