Analysis of Multiuser Diversity in MIMO-OFDM System Based on Channel Feedback Algorithm

[1] Knopp R and Humblet P A. Information capacity and powercontrol in single-cell multiuser communications[C]. Proc.IEEE Internet Commun Conf, Seattle, USA, June 1995, Vol.1:331-335. [2] Wong C Y, Cheng R S, and Letaief K B, et al.. MultiuserOFDM with adaptive subcarrier, bit and power allocation[J].IEEE J. Select. Areas Commun.1999, 17(10):1747-1758 [3] Rhee W and Cioffi J M. Increase in capacity of multiuserOFDM system using dynamic subchannel allocation[C]. Proc.IEEE Vehicular. Technology Conf, Tokyo, Japan, May 2000,Vol.2: 1085-1089. [4] Zhang Y and Letaief K B. Optimizing power and resourcemanagement for multiuser MIMO-OFDM systems[C]. Proc.IEEE Global TeleCommun Conf, San Francisco, USA, Dec2003, Vol.1: 179-183. [5] Cimini L J, Daneshrad B, and Sollenberger N R. ClusteredOFDM with transmitter diversity and coding[C]. IEEEGlobal Commun, London, England, Nov 1996, Vol.1: 703-707. [6] Koorapaty H, Krasny L, and Ramesh R. Delta modulationfor channel feedback in transmit diversity systems[C]. IEEEVehicular Technology Conference, Dallas, USA, June 2005,Vol.1: 644-648. [7] Gesbert D and Alouini M S. How much feedback is multiuserdiversity really worth[C]. Proc IEEE Internet Commun Conf,Paris, France, June 2004, Vol.1: 234-238. [8] Tang J and Zhang X. Cross-layer design of dynamic resourceallocation with diverse QoS guarantees for MIMO-OFDMWireless Networks[C]. IEEE International Symposium ona World Wireless, Mobile and Multimedia Networks,Taormina, Italy, June 2005: 205-212. [9] Goldsmith A J and Chua S. Vairable rate variable powerM-QAM for fading channels[J].IEEE Trans. onCommunications.1997, 45(10):1218-1230 [10] Alouini M S and Goldsmith A J. Adaptive M-QAMmodulation over Nakagami fading channels[C]. IEEE GlobalCommun, Phoenix, USA, Nov 1997, Vol.1: 218-223.