Least squares adaptive algorithms suitable for multiplierless LMMSE detection in 3rd generation mobile systems. - Charan Litchfield; Richard J. Langley; Peter Lee 002; John C. Batchelor (PIMRC, 2005)

The use of hybrid logarithmic arithmetic for root raised cosine matched filters in WCDMA downlink receivers. - Charan Litchfield; Richard J. Langley; Peter Lee 002; John C. Batchelor (WCNC, 2005)

Performance Analysis of a Broadband Beamforming Structure Without Tapped Delay-Lines. - Nan Lin; Wei Liu 001; Richard J. Langley (DSP, 2007)

Robust Adaptive Beamforming for Multi-Path Environment Based on Domain Weighted PCA. - Lei Yu 011; Wei Liu 001; Richard J. Langley (DSP, 2007)

Logarithmic Codecs for Adaptive Beamforming in WCDMA Downlink Channels. - Charan Litchfield; Peter Lee 002; Richard J. Langley; John C. Batchelor (ISCAS, 2007)

Performance analysis of a two-element linearly constrained minimum variance beamformer with sensor delay-line processing. - Nan Lin; Wei Liu 001; Richard J. Langley (ICASSP, 2008)

Performance comparison of two sets of constraints in multi-path environment. - Lei Yu 011; Wei Liu 001; Richard J. Langley (WSA, 2008)

A least squares approach to the design of frequency invariant beamformers. - Yong Zhao 003; Wei Liu 001; Richard J. Langley (EUSIPCO, 2009)

Robust beamforming with combined worst-case performance optimization and soft constraints in a multipath environment. - Lei Yu 011; Wei Liu 001; Richard J. Langley (EUSIPCO, 2009)

Adaptive wideband beamforming with response variation constraints. - Yong Zhao 003; Wei Liu 001; Richard J. Langley (EUSIPCO, 2010)

Robust beamforming methods for multipath signal reception. - Lei Yu 011; Wei Liu 001; Richard J. Langley (Digit. Signal Process., 2010)

Performance analysis of an adaptive broadband beamformer based on a two-element linear array with sensor delay-line processing. - Nan Lin; Wei Liu 001; Richard J. Langley (Signal Process., 2010)

A class of constant modulus algorithms for uniform linear arrays with a conjugate symmetric constraint. - Lei Zhang 035; Wei Liu 001; Richard J. Langley (Signal Process., 2010)

SINR analysis of the subtraction-based SMI beamformer. - Lei Yu 011; Wei Liu 001; Richard J. Langley (IEEE Trans. Signal Process., 2010)

A class of constrained adaptive beamforming algorithms based on uniform linear arrays. - Lei Zhang 035; Wei Liu 001; Richard J. Langley (IEEE Trans. Signal Process., 2010)

Subband design of fixed wideband beamformers based on the least squares approach. - Yong Zhao 003; Wei Liu 001; Richard J. Langley (Signal Process., 2011)

Controlling coverage for indoor wireless networks using Metalized Active FSS Walls. - Ludek Subrt; Pavel Pechac; Lee Ford; Richard J. Langley; Jonathan Michael Rigelsford (APCC, 2013)

Reduced Complexity MIMO Receiver with Real-Valued Beamforming. - Craig Miller; Wei Liu 001; Richard J. Langley (CIT/IUCC/DASC/PICom, 2015)

Filter-and-forward distributed relay beamforming for cognitive radio systems. - Jingxiao Ma; Wei Liu 001; Richard J. Langley (ICC Workshops, 2015)

Demonstration of RF Digitising Concurrent Dual-Band Receiver for Carrier Aggregation over TV White Spaces. - Ravinder Singh; Qiang Bai; Timothy O'Farrell; Kenneth Lee Ford; Richard J. Langley (VTC Fall, 2016)

Concurrent, Tunable, Multi-Band, Single Chain Radio Receivers for 5G RANs. - Ravinder Singh; Qiang Bai; Timothy O'Farrell; Kenneth Lee Ford; Richard J. Langley (VTC Spring, 2017)

Concurrent, Multi-Band, Single-Chain Radio Receiver for High Data-Rate HetNets. - Ravinder Singh; Qiang Bai; Timothy O'Farrell; Kenneth Lee Ford; Richard J. Langley (VTC Fall, 2017)

Tunable, concurrent multiband, single chain radio architecture for low energy 5G-RANs. - Timothy O'Farrell; Ravinder Singh; Qiang Bai; Kenneth Lee Ford; Richard J. Langley; Mark A. Beach; Eyad Arabi; Chris Gamlath; Kevin A. Morris (WiOpt, 2017)

Low-Profile Independently- and Concurrently-Tunable Quad-Band Antenna for Single Chain Sub-6GHz 5G New Radio Applications. - Sajid M. Asif; Mohammad Reza Anbiyaei; Kenneth Lee Ford; Timothy O'Farrell; Richard J. Langley (IEEE Access, 2019)