A new approach for the decision feedback equalizer (DFE) based on the functional-link neural network is described. The structure is applied to the problem ...
Abstract—A new approach for the decision feedback equalizer. (DFE) based on the functional-link neural network is described.
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How do you solve co-channel interference?
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Proceeding: Hussain A, Soraghan JJ & Durrani T (1996) A new artificial neural network based adaptive non-linear equalizer for overcoming co-channel interference
Hussain [4] has proposed a decision-feedback FLANN (DF-FLANN) equalizer that can successfully overcome the co-channel interference during signal transmission.
A neural network based functional link equalizer structure, incorporating decision selection, for overcoming cochannel interference is proposed.
A new adaptive functional-link neural-network-based DFE for overcoming co-channel interference · Multilayer perceptron-based DFE with lattice structure.
A New Adaptive Functional-Link Neural-Network-Based Dfe for Overcomming Co-Channel Interference. By: Durrani, T. S · Hussain, A · Soraghan, J. J.
Missing: overcoming | Show results with:overcoming
Abstract—This paper presents a method for overcoming time-varying co-channel interference (CCI) using type-2 fuzzy adaptive filters (FAF). The type-2 FAF is ...
Hussain A et al (1997) A new adaptive functional link neural network based DFE for overcoming co-channel interference. IEEE IEEE Trans Commun 45(11):1358 ...
This paper presents a new neural network based approach to the prediction of mobile locations using signal strength measurements in a simulated metropolitan ...