Vyacheslav Marakhovsky

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The problem of organizing the temporal behavior of digital systems is discussed. This problem is mainly associated with providing the interface between physical (natural) and logical (artificial) time. The most common method of interfacing is based on a system clock that removes physical time from the behavior models A number of algorithms that can be(More)
We present a new approach to designing self-timed logic structures where information is represented in the relative order of transitions (phase difference) between signals, unlike the traditional approaches based on the levels associated with the signals themselves. For example, in the widely used dual-rail encoding scheme, two wires are used to encode one(More)
This paper offers a new methodology for designing in CMOS technology analog-digital artificial neurons training on arbitrary logical threshold functions of some number of variables. The problems of functional ability, implementability restrictions, noise stability, and refreshment of the learned state are formulated and solved. Some functional problems in(More)