Internationale Zeitschrift für Sensornetzwerke und Datenkommunikation

Resilient Mesh-grid Fiber Optic Sensor Network with Self-reconfigurable Topology for Efficient Multiplexing of Discrete and Distributed Sensors

Abstract

Arulkumaran Nathan

This research introduces a resilient mesh-grid fiber optic sensor network with a self-reconfigurable topology designed for efficient multiplexing of discrete and distributed sensors. The proposed system leverages advanced fiber optic technology to create a flexible and robust infrastructure capable of adapting to dynamic environmental conditions. The self-reconfigurable topology enables automatic adjustments in response to changes in sensor configurations, ensuring optimal performance and resource utilization. Through the integration of discrete and distributed sensors, the network achieves enhanced sensing capabilities, providing a versatile solution for diverse monitoring applications. The study explores the implementation, performance evaluation, and practical applications of the proposed sensor network, showcasing its effectiveness in real-world scenarios.