The creation of a suitable wide area monitoring system (WAMS) is widely recognized as an essential aspect of delivering a power system that will be secure, efficient and sustainable for the foreseeable future.
In its present form, however, it is not suitable as a monitoring system of body temperature in individually sick pigs, where an exact body temperature can be a critically important parameter for further intervention procedures.
Starting from the results of FMECA, it is also possible to implement suitable architecture of a monitoring system and its metrological characteristics, that can be applied in architecture devoted to Condition Monitoring (CM) techniques.
The main objectives of the work is to first improve an actuator fault detection and fault magnitude estimation problem for a particular system and second to estimate non measurable variables in order to provide suitable information to the monitoring system.
With the small and cheap magnetic sensors and only a few additional components, our embedded speed monitoring system is suitable in automotive applications, where it would drastically reduce the cost of the expensive installation procedures of current car speed monitoring systems or even car detecting systems.
Monitoring experiment results show that WSN is suitable for coal and gas outburst monitoring system for its low influence on environment, massive data acquisition and high detection precision.
Also, the monitoring system provides real time analysis of data collected and suggest suitable remedial measures.
Further investment in LiDAR-assisted estimation of AGB [20], including improvements to sampling design and estimators, may provide a method suitable for regional estimation of forest height and biomass, which could form part of a degradation monitoring system [20].
The project aims to design suitable strategies for the reduction of antibiotics entry into urban waste water and to create an early warning and monitoring system.
A solid monitoring system is essential.
