N. N. Prokopenko, N. I. Chernov, V. Y. Yugay, “Synthesis of k-valued Digital IP-Modules for Robots and Sensor Systems Based on Linear Transformations of Current Logic Signals”, Tr. SPIIRAN, 2016, Issue 45,Pages <nobr>172

This article is cited in 3 papers

Means of Computer Facilities and Control Systems

Synthesis of k-valued Digital IP-Modules for Robots and Sensor Systems Based on Linear Transformations of Current Logic Signals

N. N. Prokopenko^a, N. I. Chernov^b, V. Y. Yugay^a

^a Don State Technical University (DSTU)
^b Southern Federal University (SFU)

Abstract: The paper presents the results of studies of a double-valued and a multi-valued elements stock (ES) for digital structures, including robots and flying vehicles, that operates by using linear transformations of current logic signals. A goal of the studies is to develop methods of synthesis and analog circuits engineering solutions of the alternative digital ES with the improved (as compared to the traditional elements stock) technical, technological and operational characteristics.

Keywords: Boolean algebra; linear algebra; double-valued logic; multi-valued logic; linear space; logic synthesis; elements stock; k-valued logic elements.

UDC: 681.3

DOI: 10.15622/sp.45.11