Abstract Wireless sensors for Structural Health Monitoring (SHM) is an emerging new
technology that promises to overcome many disadvantages pertinent to conventional, wired …

UHF passive radio-frequency identification technology is rapidly evolving from simple
labeling of things to wireless pervasive sensing. A remarkable number of scientific papers …

All mechanical structures are subjected to deformation and cracks, due to fatigue, stress,
and/or environmental factors. It is, therefore, of uttermost importance to monitor the …

Radio frequency identification (RFID) technology has enabled a new class of low cost,
wireless zero-power sensors, which open up applications in highly pervasive and distributed …

In this article, a novel batteryless wireless sensor design is proposed and demonstrated. The
proposed passive wireless sensor node integrates a ultrahigh-frequency (UHF) radio …

A novel zero-power wireless sensor architecture is proposed and demonstrated in this
paper. The proposed wireless sensor, which is a passive sensor, combines UHF RFID and a …

The possibility to wirelessly monitor the state and the evolution of cracks is of increasing
interest in emerging structural health monitoring systems. A simple and effective …

In this paper, we report an integrated single-chip surface acoustic wave sensor with the
capability of measuring magnetic field, temperature, and humidity. The sensor is fabricated …

Three ultra-high frequency (UHF) radio-frequency identification (RFID) tag antenna-based
sensor designs for steel corrosion sensing with miniaturization are proposed in this paper …

A slotted patch is transformed into a wireless passive UHF-RFID sensor of uni-dimensional
displacements by introducing a mechanic-electromagnetic modulation capable to convert …