Sentence examples for more comprehensive monitoring from inspiring English sources

Microservices require a much more comprehensive monitoring effort than you have had with your monolith.

In this study, a more comprehensive monitoring and communication system for underground mine environments using ZigBee network are developed.

This integrated approach using zebrafish can supplement analytical chemistry to provide more comprehensive monitoring of discharged effluents and their receiving waters.

Oso also paired up with Kickstarter alum SmartThings and will integrate into that more comprehensive monitoring system once it surpasses its $75,000 funding goal in the next two weeks.

Further, for validation of results and more appropriate inclusion of land management practices there is a need for more comprehensive monitoring (Strauch et al. 2013) of water related parameters (e.g., water quality, sediment generation), management (e.g., fertilizer application), and land use.

In the first reported application of a multiphase design to multi-stage laboratory analyses, the design was shown to offer considerable advantages over traditional approaches particularly in reducing total sample number, time and cost of analysis, as well as more comprehensive monitoring of experimental error.

Although most patients were monitored with invasive arterial blood pressure, more comprehensive hemodynamic monitoring was surprisingly used only in a minority of patients.

The need for better science gets plenty of ink including calls for more comprehensive gulf monitoring and data-collection systems.

With a more comprehensive security monitoring system, improvements to computer security do not need to be restricted to merely detecting security intrusions.

While a more comprehensive security monitoring system across heterogeneous systems could improve security, it would further exacerbate the Big Data challenge for Intrusion Detection which is already present in isolated systems.

Therefore, more comprehensive experiments monitoring behavioural traits in combination with metabolic changes to measure differences in fuel oxidation will be needed to provide a better basis for future quantitative evaluations of energy expenditure components and fuel utilisation.