V.K. Garg’s research while affiliated with University of Illinois Chicago and other places

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Publications (1)


Performance improvement in wireless system due to parallel interference cancellation (PIC) algorithm
  • Conference Paper

January 2003

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3 Reads

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2 Citations

V.K. Garg

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A. Seshadri

Direct sequence code-division multiple access (DS-CDMA) schemes improve system capacity and provide integrated wireless services which include voice, data and video communications. Multiuser detection (MUD), a scheme by which the receiver jointly and simultaneously detects all the signals from the users, provides significant improvement in the capacity of the DS-CDMA system. The paper focuses on subtractive interference cancellation detectors, especially PIC detectors, and compares their performance with that of the matched filter detector. Single user and multiuser detection techniques are discussed including optimal and sub-optimal multiuser detectors.

Citations (1)


... The optimum MUD is based on the maximum likelihood (ML) approach, but the computational complexity required increases exponentially with the number of users and is computationally prohibitive in practice. Therefore, several sub-optimum schemes such as minimum mean squared error (MMSE) MUD, successive interference cancellation (SIC) [15], and parallel interference cancellation (PIC) [16] have received lots of attention. To enjoy the advantage of above schemes, there is a growing interest in the combination of the MIMO and CDMA techniques [17, 18, 19, 20], which emphasize on the signaling [17, 18] and detection techniques [19, 20]. ...

Reference:

Low Complexity Adaptive Group Detection in Layered Space-Time MIMO Wireless Communications
Performance improvement in wireless system due to parallel interference cancellation (PIC) algorithm
  • Citing Conference Paper
  • January 2003