ACTIVE DIRECTION-FINDING FOR FILES INTEGRITY AND INTERRUPTION SEGREGATED SERVICES IN WIRELESS SENSOR NETWORKS

Geetanjali Kolluru, J Avinash, Challa Bhaskar Rao

Abstract


Within this paper, in line with the idea of potential in physics, we advise IDDR, a multi-path dynamic routing formula, to solve this conflict. By creating an online hybrid potential field, IDDR separates packets of programs with various QoS needs based on the weight designated to every packet, and routes them for the sink through different pathways to enhance the information fidelity for integrity-sensitive programs in addition to lessen the finish-to-finish delay for delay-sensitive ones. WSNs have two fundamental QoS needs: low delay and data integrity, resulting in what exactly are known as delay sensitive programs and-integrity programs, correspondingly. Programs running on a single Wireless Sensor Network (WSN) platform will often have different Service quality (QoS) needs. Two fundamental needs are low delay and data integrity. However, in many situations, both of these needs can't be satisfied concurrently. While using Lyapunov drift technique, we prove that IDDR is stable. Simulation results show IDDR provides data integrity and delay differentiated services.


Keywords


Wireless Sensor Networks; Data Integrity; Delay Differentiated Services; Dynamic Routing; And Potential Field;

References


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