Sentence examples for accurately operate from inspiring English sources

Programmers studied motion-capture videos of Anderson repeatedly cooking a dish, then used a compilation of the "cleanest, smoothest movements" to accurately operate the 24 joints and 20 motors.

In summary, although the proposed model increases computing time in comparison to actual SCUC models, it estimates more accurately operating costs and guarantees feasible and optimal results when contingencies appear.

Initially, MLE requires a training period to operate accurately.

Dynamic linguistic equation (LE) models operate accurately in most operating conditions.

The practical experience has shown that all control cycles on the probe chips operate accurately.

CAMA is expected to be commercially utilized to accurately design and operate the turbine system for fossil as well as nuclear power plants.

Periodically throughout the Swarm mission, we plan to validate the Level 2 EEF product against JULIA radar measurements for each satellite to ensure the algorithm continues to operate accurately under a wide range of solar conditions.

Kubica, 27, can drive a road car and a rally car without problem but the nerves in his right arm, which was partially severed are still not healed suffiently to allow him to move his fingers quickly or accurately enough to operate the controls on an F1 car.

It has been difficult to design an interface method to operate accurately across this spectrum especially for 3D fluid flow calculations which, on the one hand, do not often have the required grid resolution to capture all of the fine scale structures that typically appear in highly stretched interfaces nor, on the other hand, the required accuracy in calculating surface tension forces.

When swiping a card at a constant speed, or non-uniform speed by human hands, the coded information can be successfully identified and the access control system operates accurately.

There are only a few researches that continuously monitor temporal structure changes at Sakurajima; Maeda et al. (2015) reported temporal changes in the subsurface structure using waveforms of an active source called accurately controlled routinely operated signal system (ACROSS) during an active eruptive period from September 2012 to July 2014.