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N3SIM : Simulator for diffusion-based molecular communication in Nanonetworks
Pascual Mariñelarena, Ignacio
Cabellos Aparicio, Alberto
English: Nanotechnology is enabling the development of devices in a scale ranging from one to a few hundred nanometers, known as nanomachines. How these nanomachines will communicate is still an open debate. Molecular communication is a promising paradigm that has been proposed to implement nanonetworks, i.e., the interconnection of nanomachines. The peculiarities of the physical channel in diffusion-based molecular communication require the development of novel models, architectures and protocols for this new scenario, which need to be validated by simulation. With this purpose, N3Sim, a simulator for diffusion-based molecular communication has been developed. N3Sim allows simulating scenarios where transmitters encode the information by releasing molecules into the medium, thus varying their local concentration. N3Sim models the movement of these molecules according to Brownian dynamics, and it also takes into account their inertia and the interactions among them. Receivers decode the information by sensing the particle concentration in their neighborhood. The benefits of N3Sim are multiple: the validation of channel models for molecular communication and the evaluation of novel modulation schemes are just a few examples.
Àrees temàtiques de la UPC::Física::Física molecular
Nanotechnology -- Computer simulation
Algorisme de detecció de col·lisions
Comunicació molecular
Canal de comunicació
Difusió col·lectiva
Collision detection
molecular communication
Communication channel
Collective diffusion
Nanotecnologia -- Simulació per ordinador
Universitat Politècnica de Catalunya

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