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The Smart Grid resilience in power systems could be improved thanks to remote monitoring of civil structures existing at concrete and earth-filled dams, which indicates any atypical behavior of these structures. Among the various sensors and transducers used, the direct and inverted pendulums present an additional challenge. These instruments are widely used in hydroelectric reservoirs to monitor...
The Internet of Things (IoT) is a rapidly emerging application space, poised to become the largest electronics market for the semiconductor industry. IoT devices are focused on sensing and actuating of our physical environment and have a nearly unlimited breadth of uses. In this paper, we explore the IoT application space and then identify two common challenges that exist across this space: ultra-low...
For the remote operation of transmission line circuit-switchers that are equipped with electric arches extinction chamber must be known the signal provided by mechanical flags that signalizes the status of SF6 gas pressure as well the state of the electrical contact inside of the chamber. This visual inspection required is costly and may generate delays, reducing the availability of the equipment...
In this paper, MEMS devices for TPMS and exhaust monitoring of automobiles are investigated. To counteract to EURO6 regulation, particulate matter sensor for detecting DPF failure of diesel engine as well as accelerometers for calibrating centrifugal effect on pressure measurement and secondary energy harvesting device will have strong effect for car safety. Heater embedded PM sensor uses electro...
The increasing demand in the Internet network for real-time multimedia data traffic with high quality is pushing the limits of existing network structure. Optical packet switching (OPS) is considered as an attractive technology for future optical networks. Due to the high transmission capacity, network management is becoming more and more important. In this context, fault identification and performance...
The purpose of this research was to effectively estimate the physical activity energy expenditure considering acceleration and ECG using the developed holter that is contained a tri-axial accelerometer. For this research, we developed the specific device that can measure three channels' ECG and three axes' accelerations simultaneously. The every experiment was processed by the designed protocol in...
An artificial neural network is proposed to track a human using the Doppler information measured by a set of spatially distributed sensors. The neural network estimates the target position and velocity given the observed Doppler data from multiple sensors. It is trained using data from a simple point scatterer model in free space. The minimum required number of sensors is investigated for the robust...
This paper proposes a clock loss tracking technique for detecting the loss over the channel. The continuous-time equalizer adopting this technique improves the stability of system and the accuracy of compensation. Experimental results confirm that proposed equalizer is suitable for digital display interface.
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