Sentence examples for operative tasks from inspiring English sources

R&D employees frequently must split their limited time between explorative R&D and exploitative operative tasks.

In this case the operative tasks of skilled workers are simplified with the exception of malfunctions and other problems within the system itself.

In this sense, DM in natural settings may offer subjects more flexibility to buffer the effect of MWL than do closed experimental or operative tasks.

Our results are concordant with those presented by Wilson and Rajan (1995) and Young and Stanton (2002) in the case of operative tasks and by Jackson et al. (2014) specifically for DM, pointing out that both under- and overload could lead to poorer performance.

However, MWL literature has mainly been centered on measuring performance by means of operative tasks, like those related to traffic or transport research, real flight, flight simulation, air traffic control, peripheral detection, or formal memory/follow-up tasks (see Bowling & Kirkendall, 2012; Brookhuis & Waard, 2002; Hart, 2006; and Young et al., 2015).

Experimental results are presented to demonstrate new operative tasks that the robot was able to accomplish, such as traversing challenging obstacles, and manipulating objects of various capacities; functions often required in various challenging applications, such as search and rescue missions, hazardous site inspections, and planetary explorations.

The coincidence of the user's name, and the sudden spurt of activity just before news broke of Mr. McCain's choice, has raised suspicions that YoungTrigg was a campaign operative tasked to make sure that her Wikipedia article was ready for prime time, much as handlers have been assigned to do the same for the candidate.

Fox News held a fair and balanced debate over Modern Warfare 2, the popular new FPS that lets you play a CIA operative tasked with helping Russian agents clear terrorists out of an airport.

Drilling through bone is a common operative task in surgical disciplines (ENT, neurosurgery, maxillofacial surgery, and orthopaedics are some examples).

Simulated and real experiments have been conducted on team of mobile robots performing two proof-of-concept co-operative tasks: dynamic target tracking and box-pushing.

It then discusses a neuro-fuzzy based adaptive action selection architecture that enables team of robot agents to achieve adaptive cooperative control to perform two proof-of-concept co-operative tasks: dynamic target tracking and boxpushing.