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Structural health monitoring aims to detect damages in man-made engineering structures by monitoring changes in their vibration response.
Sophisticated space weather monitoring aims at nowcasting and predicting solar-terrestrial interactions because their effects on the ionosphere and upper atmosphere may seriously impact advanced technology.
The high frequency monitoring aims to the identification of alternative fishing tactics during short-term periods the fisherman take advantage of the feeding, reproductive behavior and market demands.
Structural health monitoring aims to reduce life-cycle costs as well as design constraints of composites due to unforeseen events like impacts with objects.
Structural health monitoring aims to provide quantitative and reliable data on the real conditions of a bridge, observe its evolution and detect the appearance of degradations.
In the present study, the high-frequency monitoring aims to reduce the uncertainty raised by the temporal heterogeneity of the Greek small-scale fishing activity (Tzanatos et al. 2005) to highlight decisions made by the fisherman in medium time scale.
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Protective measures include various techniques of insulation and temperature or nerve function monitoring aiming at protecting vulnerable structures.
This indicates the feasibility of functional EI monitoring, aiming at detecting the impedance variations in relation to neural activity.
This type of approach could be related to better clinical monitoring, aimed at intermittent treatment, with few side effects and optimal recovery.
Process monitoring, aiming to ensure that the operations satisfy the performance specifications and indicating anomalies, becomes a major challenge in practice.
The WFD mandates three monitoring programmes: Surveillance monitoring aimed to supplement and validate an impact analysis, support efficient and effective design of future monitoring programmes and assess long-term changes in natural conditions and changes resulting from anthropogenic activity.
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