Structural control systems offer an attractive approach to protect civil infrastructures from
natural hazards such as earthquakes. Wireless structural control systems that utilize wireless …

This paper explores the use of a wireless sensor network as an underlying infrastructure for
the control of large-scale civil structures (eg buildings and bridges). Civil structures are …

Wireless Structural Control (WSC) systems can play a crucial role in protecting civil
infrastructure in the event of earthquakes and other natural disasters. Such systems …

The benefits associated with structural control include the mitigation of undesired structural
responses and reduction in the probability of damage to structural components during …

Structural control techniques are an alternative approach to protect structures from natural
hazards that continue to plague our nation's infrastructure. Due to their onboard sensing …

Wireless sensor networks have rapidly matured in recent years to offer data acquisition
capabilities on par with those of traditional tethered data acquisition systems. Entire …

Over the last few decades, structural control technologies have attracted great interest from
the earthquake engineering community as a means of reducing dynamic structural …

Wireless sensor networks (WSNs) have become a novel approach for structural control of
civil structures from natural hazards such as earthquakes and extreme weather conditions …

Wireless smart sensors, a popular option for structural health monitoring, are an exciting
alternative to traditional tethered systems for structural control. Their onboard …

Structural control technologies have attracted great interest from the earthquake engineering
community over the last few decades as an effective method of reducing undesired structural …