Simulation of medical sensor nanonetwork applications traffic

Abstract

Nanonetworks is one of the most dynamically developing areas in the field of telecommunications. Nanonetworking promises new opportunities in different fields of science and technology. However along with obvious advantages, the implementation of nanonetwork applications can cause a number of problems for the functioning of modern telecommunication networks. One of them is a large number of data packets generated by nanonetwork applications. In this regard, the actual problem is the study of traffic nanoceramic applications and its impact on traditional telecommunication networks. The article deals with simulation of traffic from sensor nanetwork applications. The paper presents results of nanonetwork applications traffic simulation. Simulation based on the traffic models developed for M2M. In the simulation considered the possibility of gateway working in two modes: without processing messages received from nanonetwork and with it. Typical architecture of nanonetwork medical applications involving the use of remote Internet servers, was described. The results of traffic flow simulation were analysed on the self-similarity properties.