A framework for pipeline infrastructure monitoring using wireless sensor networks

Abstract

Ad hoc and sensor networks is a new area of research which is rapidly growing due to the development of new technologies in inexpensive sensors. These electronic devices have increased capabilities in processing speed, memory, communication and networking [21][22]. Such sensor networks have a vast amount of applications including environmental monitoring, military, ecology, agriculture, inventory control, robotics and health care. This paper discusses the issues and challenges in the use of this new and very promising technology in the protection and monitoring of the critical and essential infrastructures of pipelines carrying oil, gas, water, and other important resources. The paper presents an architectural model that can be used to provide this monitoring and control functions. The model includes an overview of networking and routing protocols that can be used to provide the necessary communications. In addition, the paper provides discussions and recommendations concerning network reliability and the use of different wireless sensor technologies and protocols.

Underwater Sensor Network Applications: A Comprehensive Survey

“…Jawhar et al present a framework for pipeline monitoring using WSNs [29]. The paper presents reference model which could be used as applications.…”

Sistema de Monitoreo Electrónico de Desplazamiento de Tubos de Extensión para Junta Expansiva

“…Generalmente, una red transmite las mediciones recogidas de diferentes sensores distribuidos de forma dispersa a través de la tubería. Las redes cableadas por ejemplo, se enfrentan a varios problemas de fiabilidad y seguridad pues están expuestas a ambientes salubres (Imad Jawhar et al, 2007).…”

PUAR: Performance and Usage Aware Routing Algorithm for Long and Linear Wireless Sensor Networks

“…However, the monitoring of tunnel with the long and linear structure cannot use most of these existing routing algorithms and is totally different from the other applications. Although a few researchers have presented some frameworks for the monitoring of scenarios with long and linear structure, such as oil, gas, and water pipeline monitoring [13], smart grid monitoring [14], and rail infrastructure monitoring [15], these lack corresponding routing algorithms based on performance and usage. These existing routing algorithms for linear WSNs mainly focus on improving the routing performance through optimization of transmission path.…”