Multi-agent systems have been importantly contributing to the development of the theory and the practice of complex distributed systems and, in particular, they have shown their potential to meet critical needs in highspeed, mission-critical, content-rich, distributed information applications where mutual interdependencies, dynamic environments, uncertainty, and sophisticated control play a rem...

The net analyte signal standard addition method was used for simultaneous spectrophotometric determination of sertraline and fluoxetine in pharmaceutical preparations. The method combines the advantages of the standard addition method with the net analyte signal concept to enable the extraction of information about an analyte from the spectra of multi-component mixtures. This method uses full s...

Multi–agent learning is a challenging open task in artificial intelligence. It is known an interesting connection between multi–agent learning algorithms and evolutionary game theory, showing that the learning dynamics of some algorithms can be modeled as replicator dynamics with a mutation term. Inspired by the recent sequence–form replicator dynamics, we develop a new version of theQ–learning...

The paper describes a configurable controller equipped with programmable VLSI FPGA circuit, universal expansion modules PMC, synchronous, optical, multi-gigabit links, commonly used industrial and computer communication interfaces, Ethernet 100TB, system of automatic initialization ACE etc. There are characterized the basic functional characteristics of the device. The possibilities of its usag...

We present a new algorithm for the eecient realization of fault-secure and totally self-checking circuits for multi-output boolean functions using parity-checked AND/EXOR networks. First results on the minimization of a large set of typical arithmetic and random functions and several MCNC benchmark circuits show that AND/EXOR networks often allow much better solutions than traditional AND/OR ne...

A sequential realization of multiple-output logic functions is presented. A conventional sequential realization is based on SBDDs (Shared reduced ordered Binary Decision Diagrams). In this paper, we propose PQMDD (Paged Quasi-reduced ordered Multi-valued Decision Diagram) as a new data structure. A function is represented by a PQMDD, and stored in memory. Dedicated control circuits traverse the...