Konstantinos Kantelis

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In this letter, the finite difference time-domain (FDTD) method and the ray-tracing (RT) technique are systematically revisited and compared as potential tools that can reliably characterize new protocols for emerging nanonetwork applications. To this aim, a set of efficient simulation schemes for the precise prediction of the reception quality in various(More)
As advances in nanotechnology continue their ascending course, new areas of application for nanoscale communication open up, involving biological systems. Such systems have peculiarities that must be taken into consideration, when trying to study new communication paradigms based on micro-biological communication systems. In this paper, an innovative(More)
Biological systems ranging from simple ecology models to biochemical interactions in molecular biology, have profited profoundly by the advances and potentials of nanotechnology, especially those in lower dimensions. Molecular nanonetworks, the outcome of this adjacency, have been under great growth, the result of which was the establishment of molecular(More)
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