IRWIN AND JOAN JACOBS CENTER FOR COMMUNICATION AND INFORMATION TECHNOLOGIES Analysis of Write Amplification with Time Locality and/or Multi-Write Access

IRWIN AND JOAN JACOBS CENTER FOR COMMUNICATION AND INFORMATION TECHNOLOGIES Memristor-based IMPLY Logic Design Procedure

Memristors can be used as logic gates. No design methodology exists, however, for memristor-based combinatorial logic. In this paper, the design and behavior of a memristivebased logic gate – an IMPLY gate are presented and design issues such as the tradeoff between speed (fast write times) and correct logic behavior are described, as part of an overall design methodology. A memristor model is ...

IRWIN AND JOAN JACOBS CENTER FOR COMMUNICATION AND INFORMATION TECHNOLOGIES Erasure/List Exponents for Slepian-Wolf Decoding

IRWIN AND JOAN JACOBS CENTER FOR COMMUNICATION AND INFORMATION TECHNOLOGIES Universal Decoding for Gaussian Intersymbol Interference Channels

IRWIN AND JOAN JACOBS CENTER FOR COMMUNICATION AND INFORMATION TECHNOLOGIES Gaussian beams scattered from different materials

IRWIN AND JOAN JACOBS CENTER FOR COMMUNICATION AND INFORMATION TECHNOLOGIES Structure Theorems for Real- Time Variable Rate Coding With and Without Side Information

The output of a discrete Markov source is to be encoded instantaneously by a variable–rate encoder and decoded by a finite–state decoder. Our performance measure is a linear combination of the distortion and the instantaneous rate. Structure theorems, pertaining to the encoder and next–state functions are derived for every given finite–state decoder, which can have access to side information.