On the regularity condition for decomposable communication channels

Bounds for the Regularity of Edge Ideal of Vertex Decomposable and Shellable Graphs

A Secure Chaos-Based Communication Scheme in Multipath Fading Channels Using Particle Filtering

In recent years chaotic secure communication and chaos synchronization have received ever increasing attention. Unfortunately, despite the advantages of chaotic systems, Such as, noise-like correlation, easy hardware implementation, multitude of chaotic modes, flexible control of their dynamics, chaotic self-synchronization phenomena and potential communication confidence due to the very dynami...

On the regularity of local minimizers of decomposable variational integrals on domains in R

We consider local minimizers u: R2 ⊃ Ω → RN of variational integrals like ∫ Ω[(1+ |∂1u|)+(1+ |∂2u|)] dx or its degenerate variant ∫ Ω[|∂1u|+ |∂2u|] dx with exponents 2 ≤ p < q < ∞ which do not fall in the category studied in [BF2]. We prove interior C1,αrespectively C1-regularity of u under the condition that q < 2p. For decomposable variational integrals of arbitrary order a similar result is ...

Interactive Communication Channels and Their Appropriateness for the FMCG Business

Purpose: The aim and objective of this report is to identify the benefits of interactive communication channels and to advice the FMCG business on how these new methods are better than the conventional methods. Design/ Methodology/Approach:  In this research article facts about advertisement and its effectiveness were collected from different surveys conducted by various agencies. Mainly second...

On Regularity of Acts

In this article we give a characterization of monoids for which torsion freeness, ((principal) weak, strong) flatness, equalizer flatness or Condition (E) of finitely generated and (mono) cyclic acts and Condition (P) of finitely generated and cyclic acts implies regularity. A characterization of monoids for which all (finitely generated, (mono) cyclic acts are regular will be given too. We als...