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Efficient digital-to-analog encoding
1999
IEEE Transactions on Information Theory
An important issue in analog circuit design is the problem of digital-to-analog conversion, i.e., the encoding of Boolean variables into a single analog value which contains enough information to reconstruct the values of the Boolean variables. A natural question is: What is the complexity of implementing the digital-to-analog encoding function? That question was recently answered by Wegener, who proved matching lower and upper bounds on the size of the circuit for the encoding function. In
doi:10.1109/18.771156
fatcat:lhu36ewjabgrzidrll5rlgn4i4