Combined Chip Equalization Interference Weighted Cancellation Receiver for HSDPA

3GPP TR25.848 V4.0.0, Physical layer aspects of UTRA high speed dowwnlink packet access.[2]R Love, et al.. High speed downlink packet access performance [A]. In Proceedings of IEEE Vehicular Technology Conference (VTC), Rhodes, Greece, May 2001, vol.3:2234 - 2238.[3]Hooli K.[J].Juntti M. Inter-path interference suppression in WCDMA systems with low spreading factors[A]. VTC99, IEEE [C], Amsterdam, the Netherlands.1999,:-[4]Prator O.[J].Unger C, Zoch A, Fettweis G P. Performance of adaptive chip equalization for the WCDMA downlink in fast changing environments[A]. IEEE 7th Int. Symp. on Spread-Spectrum Tech. Appl., Prague, Czech Republic.2002,:-[5]Hooli K, Latva-Aho M, Juntti M. Performance evaluation of adaptive chip-level channel equalizers in WCDMA downlink[A].Proc. IEEE International Conference on Communications 2001,Helsinki, Finland,2001, vol.6:1974-1979.[6]Komulainen P, Heikkila M J, Lilleberg J. Adaptive channel equalization and interference suppression for CDMA downlink[A]. IEEE International Symposium on SpreadSpectrum Techniques and Applications 2000, Newark, NJ, 2000,vol.2:363 - 367.[7]Krauss T, Zoltowski M, Leus G. Simple MMSE equalizers for CDMA downlink to restore chip sequence: comparison to zero-forcing and Rake[A]. In International Conference on Acoustics, Speech, and Signal Processing, June 9, 2000, Istanbul,Turkey, 2000:12865 - 2868.[8]Miyoshi K, Uehara T, Kasapidis M. Link adaptation method for high speed downlink packet access for W-CDMA[A]. In Proceedings of International Symposium on Wireless Personal Multimedia Communications (WPMC), Aalborg, Denmark,September 2001, vol.2. 455 - 460.