Nowadays, distributed systems consisting of a large number of simple devices are used to
perform complex operations rather than advanced devices alone. Particularly, networked …

Broadcasting is a widely used dissemination technique in wireless multi-hop networks. The
simplest broadcasting technique, the pure flooding, is quite inefficient in terms of number of …

One of the major challenges for nano-network is the forfeit of communication protocols to
exploit the potential communication between nano-machines forming fully operational nano …

This paper proposes a novel protocol-agnostic approach to optimize the performance of
routing protocols in ultra-dense networks through a careful selection of the forwarders in a …

This paper presents a novel routing method called ray tracing. The method targets wireless
nanonetworks, which are networks of nanometer-sized nodes with applications in various …

Nanotechnology is a revolutionary field of science and the design of nanometer-sized
devices opens the door to a wide range of novel applications. Electromagnetic …

One of the big challenges in nano-networks is the capacity to route packets using simple
strategies, in inhospitable and stimulating environments. The strict physical limitations …

Nanotechnology permits the manipulation of materials at nanoscale. Contrarily to traditional
ad hoc wireless networks, electromagnetic nanonetworks are massively dense networks of …

Pulse-based wireless nanonetworks differ in many ways from traditional wireless networks.
This paper investigates congestion in multi hop nanonetworks, which do not behave as …

Current routing protocols are inefficient in dense networks, where nodes have numerous
neighbors. An example of a protocol is SLR, which divides the network into zones, with all …