Topologically adaptive authorized routing and data rendering QoS scheme for wireless sensor network

Abstract

Wireless Sensor Networks refer to have diverse data traffic with different quality of service requirements Clustering approach in distributed sensor network computes high speed networking technology and increases the processing speed The cluster formation is carried out with two nodes namely cluster head nodes and cluster member nodes for transmitting the data from both higher and lower levels Wireless Sensor Network WSN usually gathers the data by the individual nodes where it is routed to the sink nodes Time slot allocation is designed for transmitting the data packet from base station to another set of nodes The speed of data packet refers to transfer the data for communication based on controlling mechanism Existing Research works were conducted on Protection Location Privacy in WSNs where initially formalizes with strong competitor model to overcome the problems in location privacy and calculate communication overhead with lower bound The delivery of messages from different source node to sink node is carried out by end to end location privacy process In location based services, the data must be retrieved by the users without any information about the data location. However Location privacy in wireless sensor network takes time for data communication to reach required analysis and reaction part sensor network newline