

An Optimal Algorithm for IMT2000 Fast Power Control
Abstract
Power control is essential to increase system capacity in wireless systems that use code division (CDMA) as a multiple access technique. Power control problem is divided into inner loop and outer loop power control. In this paper we assume that the outer loop system is working properly and we are focusing on the methods of inner loop power control. Fast power control is another name for this inner loop, since its purpose is to mitigate the effects of Rayleigh fading. We are simulating current generation of CDMA systems and IMT2000system. We also proposing a new technique, which could be used in the future standards. Different methods are compared in a time-domain simulation of a CDMA/WCMDA link.
Keywords
Power control; Wireless communications; CDMA; IMT2000; Multiple access techniques; Inner loop power control; Outer loop power control
Citation Format:
Khaled Elleithy, Hyungtae Ha, Sagar Karki, Amol Kaulgud, Utpal Rana, "An Optimal Algorithm for IMT2000 Fast Power Control," Journal of Internet Technology, vol. 4, no. 3 , pp. 147-152, Jul. 2003.
Khaled Elleithy, Hyungtae Ha, Sagar Karki, Amol Kaulgud, Utpal Rana, "An Optimal Algorithm for IMT2000 Fast Power Control," Journal of Internet Technology, vol. 4, no. 3 , pp. 147-152, Jul. 2003.
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Published by Executive Committee, Taiwan Academic Network, Ministry of Education, Taipei, Taiwan, R.O.C
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