In literature, several cases are reported of models of discrete non-stochastic production systems that show irregular, apparently chaotic behavior. In this paper a number of these cases are analyzed, and the irregular behavior is attributed to (1) chaotic behavior in hybrid models, (2) chaotic behavior in discrete-event models that use a chaotic map, or (3) periodic behavior with a period longe...

We investigate the uniform stability properties of discrete-time linear switched systems subject to arbitrary switching, focusing on “marginally unstable” regime in which system is not Lyapunov stable but trajectories cannot escape infinity at exponential speed. For a discrete this type without switching fastest-growing trajectory must grow as an exact polynomial function time, and significant ...

At present, typical application-specific NoC systems often integrate a number of heterogeneous components which have varied functions, sizes and communication requirements. Instead of regular topology networks, constructing irregular mesh topology network on chip (NoCs) becomes an attractive approach to building future NoC systems with irregular structure. Deadlock-free routing control algorith...

This paper presents the results of using frame structures in industrial construction with pile foundations under dynamic influences. In course study, a set formulas were derived to determine amplitude-frequency characteristics system "flat frame-grillage-group piles" at different levels action loads excited from seismic platform, and natural frequencies calculated, bending moments, shear forces...

A connected graph G is said to be neighbourly irregular graph if no two adjacent vertices of G have same degree. In this paper we obtain neighbourly irregular derived graphs such as semitotal-point graph, k^{tℎ} semitotal-point graph, semitotal-line graph, paraline graph, quasi-total graph and quasivertex-total graph and also neighbourly irregular of some graph products.