Yang, et al. [105], analyzed the influence of zero residual voltage, coverage width of the detection unit, installation errors and deformation of detection roller, and other factors on the shape detection signal, and a relatively complete compensation model was established.
Source code for the proposed pipeline for the modules orthophoto generation, electric endpoint detection and installation zone generation as well as wiring hypothesis is freely available at the GitHub repository 4 in Modules orthogen, elecdetect and wiregen. 1 http://www.cloudcompare.org/. 2 http://x3dgraphics.com/.com/
Moreover error compensation methods of the optical detection part, installation and movement of the detection device, and eccentricity, roundness and rotary movement of the working roller have been adopted in order to ensure the detection process in atrocious condition and to examine roller's shape precisely in real-time.
Early detection in water evaporative installations is one of the keys to fighting against the bacterium Legionella, the main cause of Legionnaire's disease.
This technique is currently used in a large number of studies in the field of civil engineering, such as the analysis of state of pavements, bridges, tunnels, buildings, in the detection and location of installations, as well as in the characterization of building materials.
These include incorporation of a temperature controlled Cesium (Cs) delivery system, spectroscopic diagnostics for detection of Cs lines, installation of plasma grid heating and closed loop warm water circuit for source components heating and Doppler Shift Spectroscopy (DSS) system.
In this paper we present the design and implementation of a network-based management application for controlling and monitoring the input and output data of remote equipment aiming at performance macro-observation, alarm detection, handling operation failures, installation security, access control, collection and recording of statistical data and provisioning of reports.
These are typically command-line driven, focused on a specific application (e.g. miRNA detection) and often require installation of supporting software packages.
The public health community can support the installation of detection and alarming systems at hazardous sites and can take the lead in developing and implementing methods that can assist in the detection of less obvious chemical incidents.
The proposed approach is divided into four main concepts: data acquisition, data preprocessing, the detection of visible endpoints of electrical installations (sockets and switches), and eventually the hypothesis of installation zones and a possible wiring inside the walls.
