The purpose of this study is to advance wireless sensing technology for permanent
installation in operational highway bridges for long-term automated health assessment. The …

Advances in sensor technologies have led to the instrumentation of sensor networks for
bridge monitoring and management. For a dense sensor network, enormous amount of …

This paper discusses a data management infrastructure framework for bridge monitoring
applications. As sensor technologies mature and become economically affordable, their …

There has been a major push over the past 2 decades toward the adoption of wireless
communications within structural monitoring systems as a means of reducing cost and …

A worthy goal for the structural health monitoring field is the creation of a scalable monitoring
system architecture that abstracts many of the system details (eg, sensors, data) from the …

ABSTRACT 1 There is growing interest in extending the service life of existing naval vessels.
For the structural components of the hull, supporting such extensions is presently difficult as …

A structural health monitoring system that aims to extract local damage information (ie,
existence, location and severity) in buildings may require a dense array of transducers due …

Structural Health Monitoring of large-scale bridges requires collection, storage and
processing of large amounts of data, and must provide distributed concurrent access. In this …

Advances in wireless sensor technology have enabled low cost and extremely scalable
sensing platforms prompting high density sensor installations. High density long-term …

The state of the nation's highway bridges has garnered significant public attention due to
large inventories of aging assets and insufficient funds for repair. Current management …