Sentence examples for flexible monitor from inspiring English sources

Samsung always has a huge presence at CES, but it isn't the giant TVs and flashy next-generation gadgets that have my attention this year; it's this simple, flexible monitor that looks like it would be right at home in any workspace.

The BINATS design meets the requirements of a flexible monitoring system into which additional indicators and their particular survey needs can easily be integrated if necessary.

In this paper, we propose a novel workflow monitoring approach, in which various intelligent agents work together to perform flexible monitoring tasks in an autonomous and collaborative way.

The increased speed of this algorithm may permit the development of more flexible monitoring guidelines for multiple endpoints for clinical trials.

The recent advancements and penetration of software-defined networking (SDN) techniques have stimulated the adoption of SDN-based flexible monitoring and control also for the MANET and FiWi domains.

CETI is working with sport physiologists to develop flexible monitors woven into two-component fibers that will be able to analyze your performance in a range of sports, and give you gentle coaching advice on how to improve your techniques.

It is also of importance to note that in some European countries a more flexible monitoring schedule, which can be reduced to quarterly blood testing in individuals not at risk, has been proposed [ 59, 60].

Our instrument is a single, flexible, universal monitor that can provide maximum, R-plus-emf waveform information from any piercing sucking species, especially non-aphid species with sensitivity to DC applied voltage.

The study reported a novel design and fabrication process of a wireless flexible physiological monitor module, which is based on a polyimide substrate for a printed circuit and uses on a non-woven material to package the module by a hot-press.

This work presents a distributed telematics infrastructure which allows for flexible ecological monitoring of large areas.

The team says its techniques could one day help engineers create better wearable electronics, such as flexible heart monitors, and better sensors for robots.