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A beamforming algorithm is introduced based on the general objective function that approximates the bit error rate for the wireless systems with binary phase shift keying and quadrature phase shift keying modulation schemes.The proposed minimum approximate bit error rate(ABER) beamforming approach does not rely on the Gaussian assumption of the channel noise.Therefore,this approach is also applicable when the channel noise is non-Gaussian.The simulation results show that the proposed minimum ABER solution improves the standard minimum mean squares error beamforming solution,in terms of a smaller achievable system’s bit error rate.
A beamforming algorithm is introduced based on the general objective function that approximates the bit error rate for the wireless systems with binary phase shift keying and quadrature phase shift keying modulation schemes. The proposed minimum approximate bit error rate (ABER) beamforming approach does not rely on the Gaussian assumption of the channel noise. Wherefore, this approach is also applicable when the channel noise is non-Gaussian. The simulation results show that proposed minimum ABER solution improves the standard minimum mean squares error beamforming solution, in terms of a smaller achievable system’s bit error rate.