Cost-Effective Modeling for Incorporating Flexibility by Securing Wireless Mobile Sensors Network

Existing security approaches for safeguarding data exchange among the sensor nodes are investigated in presence of apriori information of an adversary in wire-less sensor network. The approaches that are implemented at present witnessed with various issues associated with security and still there is a higher scope. A unique modeling is presented in this manuscript that considers multiple static sink nodes spread over geographical area and mobile sensor nodes. A dynamic authentication policy is targeted to be achieved by implementing a lightweight encryption mechanism using analytical modeling approach. The presented logic is programmed using MATLAB and the obtained resultants of the model exhibits that it offers a significantly improved energy retention performance, lower memory dependency, and lower inclusion of cost in comparison to existing standard security approaches.