Real- time Implementation of Bioscript Modularization for Multi-model Finger Sensing Using QLS Method

Authors

  • R.Shobana, Saikiranbhupathi, Manivasan.G, Udhaya Kumar V

Abstract

The sensing technology plays significant role in the use of biometrics for the recognition and assessment of individuals. Biometric systems allow automatic person recognition based on physical or behavioural features which belong to a certain person. Each biometric feature has its limits, and no biometric system is perfect so unimodal biometric systems raise a variety of problems. When the sensor is used, the battery power of sensors cannot be easily replaced or refilled. Energy is therefore the system’s most important resource. Most often, too many nodes are deployed, and only some of them are really needed for monitoring. This redundancy conveniently allows nodes that are not required for the local monitoring task to turn into sleep mode, to increase their own life span and the lifetime of the created network. The problem considered in this project is about sensors making decisions whether to turn off so that the whole area remains fully covered and the subset of active nodes remains connected. Therefore, the sensor area coverage problem is to determine a small number of active and connected sensors that still cover the same area as the fully deployed set. This enables active sensors to detect any event in the covered area and report it to a monitoring center.

Published

2021-08-11

Issue

Section

Articles