Distance, Energy and Link Quality Based Routing Protocol for Internet of Things

In future communication networks with IoT, each of the things will be able to communicate with other things ubiquitously throughout the time clock. Multipath distortion, noise and interference create problems for low power communication devices. These smart devices contain limited amount of battery, energy and processing power. In this context this dissertation proposes Distance, Energy and Link quality based Routing protocol (DELR) to enhance routing success probability and to minimize route setup delay. Finally, the performance of the proposed algorithm is evaluated with respect to the protocol: REL considering the metric such as routing success probability and route setup delay in the various rounds. The results demonstrate that the performance of proposed algorithm is better than the compared algorithm: REL in terms of routing success probability and route setup delay on the simulated network in IoT applications.