We present a novel power-efficient wireless sensor network for continuously monitoring and
analyzing seismic vibrations with sensor nodes and forwarding the retrieved information with …

While sensor network research has made significant strides in the past few years, the
literature has relatively few examples of papers that have evaluated and validated a …

Recent proliferation of sensor networks in diverse applications has made the low-power
wireless sensor network an important design issue. Structural health monitoring is one of the …

In recent years, the use of wireless sensor networks for vibration monitoring is emphasized,
because of its capability to continuously monitor at hard-to-reach locations of complex …

Advanced maintenance strategies for infrastructure assets such as bridges or off shore wind
turbines require actual and reliable information of the maintenance status. Structural health …

Wireless sensor network (WSN) based structural health monitoring (SHM) system attracts
increasing interest in recent years. However, the restricted bandwidth, memory and energy …

In order to apply wireless sensor networks to mechanical vibration monitoring, the author
proposes a wireless network topology with multiple data collection points for mechanical …

In this paper we present a high-density earthquake monitoring system using wireless sensor
networks. For high-precision monitoring, we developed Pavenet OS, which is a hard …

Wireless smart sensor networks (WSSNs) have been expected to improve the capability to
capture structural dynamic behaviors through dense instrumentation as well as to evaluate …

Structural monitoring---the collection and analysis of structural response to ambient or forced
excitation--is an important application of networked embedded sensing with significant …