Sentence examples for monitoring techniques provide from inspiring English sources

Traditional monitoring techniques provide limited information on the spatial patterns of erosion and deposition.

Domain monitoring techniques provide an abstract set of data, compared to the detailed, low level output of a VM introspection tool.

Linking intertidal processes to their natural patterns within a framework of coastal erosion requires monitoring techniques providing high-resolution spatio-temporal data from the scale of processes to this of patterns.

The ever-growing archive of continuous imagery and high-resolution emission rates in combination with continuous data from other monitoring techniques provides insight into shallow volcanic processes occurring at the Overlook Crater.

Patients' prognostication in terms of risk and possible adverse events through monitoring technique provide a great value for clinicians, allowing adjustments of preventative as well as therapeutic interventions; hsTnT is thus a marker that could help in modern clinical laboratories [ 21].

Real-time or near real-time in-situ monitoring of dissolved organic matter (DOM) composition in natural waters and engineered treatment systems provides critical information to water quality scientists and engineers, particularly when the monitoring techniques can provide some information about the chemical nature of DOM.

Corrosion monitoring techniques alone provide direct and online measurement of metal loss/corrosion rate in oil and process systems [75].

At present there is no 'ideal' single brain monitor; a combination of monitoring techniques may provide better insight into brain function than a single monitor used alone.

Recent advances in molecular imaging techniques provide a unique capability for noninvasive and serial monitoring of gene expression in the same living animal [7].

These techniques provide complementary viewpoints.

Compared with traditional monitoring methods, the recently developed continuous glucose monitoring (CGM) technique provides much more glycemic information, including magnitude, duration, and frequency of blood glucose levels, which is used to better understand the properties of shifting blood glucose levels throughout the day.