Sentence examples for simultaneously accurate from inspiring English sources

Simultaneously, accurate empirical or functional structural models require information based on field observations.

The main finding of the paper is that none of the variants is simultaneously accurate, precise, and fast to compute, across all three scenes.

Here, we demonstrate a method yielding simultaneously, accurate solid-state and liquid energetics, as given by first-principles density functional calculations and experimental measurements, respectively.

The combination of the medium, lights and painstaking attention to detail makes for a version of the city that is simultaneously accurate and completely enchanting.

Zavarzadeh posited that these emerging realities constituted a "metamodern" condition in which authors' carefully appointed accounts of their own lived experience would necessarily "render all interpretations of 'reality' arbitrary and therefore simultaneously accurate and absurd".

"If you can clone quantum states," he says, "you can violate the Heisenberg uncertainty principle," which comes in handy in quantum cryptography because the principle forbids simultaneously accurate measurements of certain kinds of paired variables, such as position and momentum.

The tube inlet was attached to the in situ multi-probe to simultaneously obtain accurate measurement of the sampling depth and general system parameters.

With the help of the Kaggle data science community, the Department of Homeland Security (DHS) is hosting an online competition to build machine learning-powered tools that can augment agents, ideally making the entire system simultaneously more accurate and efficient.

However, it is imperative to simultaneously achieve accurate interpretation and preserve the spatial details for the classification of such high-resolution data.

Experimental designs consisting in varying flow rates between experiments reaching equilibrium at contamination stage were found optimal, because they simultaneously gave accurate sorption parameters and predictions.

Generally, molecular imaging tools, such as positron emission tomography (PET), single photon emission computed tomography (SPECT), magnetic resonance imaging (MRI), contrast-enhanced ultrasound (CEUS), and optical fluorescence, have intrinsic advantages and drawbacks simultaneously for accurate tumor imaging.