Max-SINR ISI/ICI-Shaping Multicarrier Communication Over the Doubly Dispersive Channel - Das, S.; Schniter, P. (IEEE transactions on signal processing, 2007)
Keywords: Applied sciences; Channels; Delay; Demodulation; Design; Design engineering; Detection, estimation, filtering, equalization, prediction; Dispersion; doubly dispersive channel; Equalization; Equalizers; Exact sciences and technology; Information, signal and communications theory; inter- carrier interference (ICI); inter-symbol interference (ISI); Interference suppression; Intersymbol interference; Modulation; Modulation, demodulation; multicarrier; multipath; Prototypes; Pulse modulation; pulse-shape; Signal and communications theory; Signal, noise; Spreads; Statistics; Telecommunications and information theory; Time frequency analysis; time-varying channel; Transmitters; turbo-equalization; wireless communications; wireless communications; multicarrier; doubly dispersive channel; modulation; pulse-shape; multipath; turbo-equalization; Equalization; inter-symbol interference (ISI); time-varying channel; inter- carrier interference (ICI); Performance evaluation; Prototype; Bit error rate; Transmitter; Downlink; Equalizer; Mean square error; Frequency shift; Delay time; Low bit rate; Dispersive channel; Multicarrier; Intercarrier interference; Pulse generation; Multicarrier modulation; Intersymbol interference; Maximum likelihood; Signal to interference plus noise ratio; Pulse shape; Demodulation