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On the role of feedback in the design of perfectly reconstructing equalizers
(2007)
In this paper we consider the transmission of discrete data via a communication channel that is subject to (additive) noise with a known upper bound on its magnitude but otherwise completely unrestricted behavior. We are ...
Encoder-decoder design for perfect reconstruction: A robust control perspective
(2005)
In this paper we consider the transmission of discrete data via a communication channel that is subject to (additive) noise with a known upper bound on its magnitude but otherwise completely unknown. We are interested in ...
A Perfect Reconstruction Paradigm for Digital Communication
(2003)
In this paper we present a deterministic worst-case framework for reconstruction of discrete data transmissions through dispersive communication channels. This framework can be explored based on robust control ideas and ...
Joint preprocessing and feedback strategies for perfectly reconstructing equalizers
(2008)
In this paper we consider the transmission of discrete-valued data via a communication channel that is subject to (additive) noise with a known upper bound on its magnitude but otherwise completely unrestricted and unknown ...
Time-varying power-limited preprocessing for perfect reconstruction of binary signals
(2006)
In this paper we consider a deterministic worst-case framework for perfect reconstruction of discrete data transmission through a dispersive communication channel. More specifically, we extend our previous work to capture ...