Symmetric Kernel Detector for Multiple-Antenna Aided Beamforming Systems

— We propose a powerful symmetric kernel classifier for nonlinear detection in challenging rank-deficient multipleantenna aided communication systems. By exploiting the inherent odd symmetry of the optimal Bayesian detector, the proposed symmetric kernel classifier is capable of approaching the optimal classification performance using noisy training data. The classifier construction process is robust to the choice of the kernel width and is computationally efficient. The proposed solution is capable of providing a signal-to-noise ratio gain in excess of 8 dB against the powerfull linear minimum bit error rate benchmarker, when supporting five users with the aid of three receive antennas.

• Type: Conference
• Year: 2007
• Where: IJCNN
• Authors: Sheng Chen, Andreas Wolfgang, Chris J. Harris, Lajos Hanzo
• Keywords: IJCNN 2007, Optimal Bayesian Detector, Powerful Symmetric Kernel, Symmetric Kernel Classifier