Elliptical Curve based multi-tier Spherical Grid routing model for smart & secure global communication using WSN's
Jai Prakash Prasad, Suresh Chandra Mohan · 2016
Generally in practice there are Optical Fiber, Waveguides, Satellite Communication, Coaxial Cable and copper Wire which are utilized by the heterogeneous and homogeneous networks to offer wider range of data and voice communication to the end users. In future as the demands for bandwidth increases for the purpose of communication, this results into imbalance of the traffic load. To provide addition channel capacity the implementation of wireless sensor Networks (WSN's) in communication network can play vital role to meet network service provider as well as users demands for extra bandwidth. WSN's efficiency can be boosted up by proper novel design of secure data routing techniques with optimize use of network resources. WSN's nodes distributed across surrounding of globe and among sensor nodes coordination and connectivity we propose an innovative and optimized algorithm in WSN using Elliptical Curve based Spherical Grid Data Dissemination (SGDD) scheme. The performance analysis of proposed network is evaluated using Network Simulator-2(NS-2) and result shows the better tradeoff between network scalability versus network performance.