Applications of the ideal ring bundles theory for combinatorial optimization of coded design and electronic engineering

Both the "ordered chain" and the "ordered ring" approach to the study of elements and events is known to be of widespread applicability, and has been extremely effective when applied to the problem of finding the optimum ordered arrangement of structural elements in spatially or...

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Bibliographic Details
Main Authors: Riznyk, V., Bandyrska, O., Yurchak, I., Talan, M.
Format: Conference Proceeding
Language:English
Subjects:
Design engineering
Design optimization
Gamma ray bursts
Mathematical model
ordered ring
quality indices
Reliability engineering
Reliability theory
resolving ability
ring code
ring structure
Spatial resolution
Systems engineering and theory
translation speed
Two dimensional displays
vector IRB-code
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Summary:Both the "ordered chain" and the "ordered ring" approach to the study of elements and events is known to be of widespread applicability, and has been extremely effective when applied to the problem of finding the optimum ordered arrangement of structural elements in spatially or temporally distributed systems [1]-[7]. This approach involves techniques based on the mathematical apparatus of Ideal Ring Bundles theory (IRB theory) for improving the quality indices of radio electronic engineering and designed systems with ring structure with respect to transmission speed, resolving ability, performance reliability, using design techniques based on the idea of "perfect" ring order and new conceptual models of the systems based on the idea of "perfect" combinatorial construction. The IRB theory can be used to finding optimal design for wide classes of technological problems in electronic and radio electronic engineering based on combinatorial techniques.
DOI:10.1109/MEMSTECH.2008.4558730