Multiuser Detection
Blind separation of synchronous co-channel digital signals using anantenna array. I. Algorithms
IEEE Transactions on Signal Processing
IEEE Transactions on Signal Processing
Design of Turbo-MUD Receivers for Overloaded CDMA Systems by Density Evolution Technique
IEEE Transactions on Wireless Communications
Iterative Frequency Domain Joint-over-Antenna Detection in Multiuser MIMO
IEEE Transactions on Wireless Communications
Joint Channel Synchronization under Interference Limited Conditions
IEEE Transactions on Wireless Communications
Reduced front-end reception requirements for satellite broadcast using interference processing
IEEE Transactions on Consumer Electronics
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We address fixed satellite broadcast reception with the goal of decreasing the aperture of the receiving antenna. The front-end antenna size is commonly determined by the presence of interference from adjacent satellites. A small antenna aperture leads to interference from neighboring satellites utilizing the same frequency bands. We propose a reception system with M multiple input elements and with subsequent joint detection of desired and interfering signals that provides reliable communication in the presence of multiple interfering signals. An iterative least squares technique is adopted combining spatial and temporal processing and achieving robustness against pointing errors. Simulation results show how the proposed joint spatial and temporal adapted mechanism outperforms the simple combination of existing techniques under interference overloaded conditions. Also, we demonstrate how to accurately synchronize the signals as part of the detection procedure. The technique is evaluated in a realistic simulation study representing the conditions encountered in a DVB-S2 broadcast scenario.