Robust FIR equalization for time-varying communication channels with intermittent observations via an LMI approach - Zhang, Hui; Shi, Yang; Saadat Mehr, Aryan; Huang, Haining (Signal processing, 2011)
Keywords: Applied sciences; Channels; Design engineering; Detection, estimation, filtering, equalization, prediction; Energy-to-peak gain; Equalization; Equalizers; Exact sciences and technology; Finite impulse response (FIR) equalization; Impulse response; Information, signal and communications theory; Intermittent observations; Linear matrix inequalities (LMIs); Mathematical analysis; Mathematical models; Miscellaneous; Optimization; Robust filtering; Signal and communications theory; Signal processing; Signal, noise; Stochasticity; Telecommunications and information theory; Time-varying systems; Intermittent observations; Robust filtering; Energy-to-peak gain; Linear matrix inequalities (LMIs); Finite impulse response (FIR) equalization; Time-varying systems; Performance evaluation; Polytope; Parameter estimation; Robust estimation; Equalizer; Modeling; Time variation; Optimal design; Time varying system; Digital filter; Channel estimation; Linear matrix inequality; Time variable channel; Transmission channel; Equalization; Deconvolution; Sufficient condition; Signal processing; Finite impulse response filter