A new power control algorithm based on both received signal level and carrier to interference measurements is proposed. The simulation results show a performance improvement compared to traditional algorithms.
A new power control algorithm based on both received signal level and carrier to interference measurements is proposed. The simulation results show a performance improvement compared to traditional algorithms.
Performance of a reverse link code-division multiple-access (CDMA) system with fast close-loop power control algorithms is studied. It is found that if fast close-loop power control algorithm functions effectively, th...
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Performance of a reverse link code-division multiple-access (CDMA) system with fast close-loop power control algorithms is studied. It is found that if fast close-loop power control algorithm functions effectively, the speed of the mobile unit is in the range such that its Doppler frequency is less than one tenth of the powercontrol updating rate. This paper also proposes a new predictive power control algorithm with better performance in terms of system capacity than the conventional and adaptive step size algorithms. An increase in system capacity as high as 22% compared with the conventional algorithm can be achieved depending on the mobile velocity.
A power control algorithm mixing C/I balancing with constant-received powercontrol has been proposed. It is shown that the outage probability can be reduced by using the new algorithm. The new algorithm also provides...
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A power control algorithm mixing C/I balancing with constant-received powercontrol has been proposed. It is shown that the outage probability can be reduced by using the new algorithm. The new algorithm also provides better performance than the approximated optimum centralised power control algorithm if the number of removed mobiles is small.
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