Paper Title
Novel Resource-Quality Aware Algorithm for Privacy- Preserving Location Monitoring in Wireless Sensor Networks

Abstract
The ultimate development in communication results in ever increasing application areas of the wireless sensor network. However, its need in the confidential area is still oscillating objective due to the security threats. The personal location identification is a major aspect in these confidential applications. The privacy threats by the untrusted server affect the individuals being monitored. To provide the solution for this problem this paper proposes a novel resource-quality aware algorithm. This technique is suitable for the system which is having threatened resources and requires high accuracy. The k-Nearest Neighbour methodology is included in the proposed technique for reducing the energy consumption of sensor nodes. Thus this method provides three pros such as object identification with reduced computational complexity, quality location estimation and power consumption reduction. The exemplification of proposed methodology has done in the result and discussion part with the parameters like communication cost, attack model error, cloaked area and computational cost. Index Terms - Privacy preserving location monitoring, wireless sensor network, k nearest neighbour, cloaked area, energy consumption and computational cost.