The main challenges in sensor network based monitoring systems are the control and management of complex modules and elements interacting among them and with the environment.
Based on the presented MTConnect model, a web-based monitoring system is developed for data collection and monitoring while machining the assembly interface of the large-scale component.
A sensor-based monitoring system is designed and implemented to improve shipbuilding productivity by reducing the labor cost for the adjustment of adequate positioning between ship blocks during pre-erection or erection stage.
MonALISA (Monitoring Agents in A Large Integrated Services Architecture) [52],[53] is an agent based monitoring system for globally distributed grid systems.
To address this difficulty, a vision based online monitoring system is proposed.
In this paper, a vibration based condition monitoring system is presented for monoblock centrifugal pumps as it plays relatively critical role in most of the industries.
The Bribin deformation monitoring system is based on the concept of repeated convergence monitoring (Fig. 5).
The remote monitoring system is based on Wireless Sensor Networks (WSN) provided with temperature, humidity and ultrasonic sensors.
The traditional design of environment monitoring system is based on cable transmission, with the disadvantages of deployment difficulty, high costs, poor stability and accuracy.
As the monitoring system is based in optical strain gages, long term variations due to oil tanks levels, temperature changes, ship weathervane, sea states, storms, etc. were also captured.
The presented activity monitoring system is based on Bluetooth low energy (BLE) and is part of a larger platform that we call the SPHERE (a Sensor Platform for HEalthcare in a Residential Environment) architecture [8].
