A Design of Energy Efficient Nanorouting Protocol Using Greedy Algorithm

Nanonetwork has given rise to many other disciplines like agriculture, defense, health care, and industrial applications. With nanonetwork there exist tiny nanodevices or nanomachines. The interconnection of tiny nanodevices with internet helps to make an entire network i.e. the next generation of network, named nanonetwork. Nanodevices, due to their small sizes, have several limitations like communication range, frequency range, energy consumption rate, limited amount of memory and many others. Developing protocols and routing framework is quite a challenging task for nanonetworks. This research work will explore the scarce availability of energy in nanonetworks by digging in the existing routing protocols, especially on the ones designed to cater the energy constraint. The opportunities and challenges of existing work will be investigated and discussed. Furthermore, a solution will be devised and its effectiveness will be stated that will pave its way in the future activities of energy efficient nanorouting protocols.