The phrase "accuracy of the processing" is correct and usable in written English.
It can be used when discussing the precision or correctness of a particular processing task, often in contexts related to data analysis, computing, or quality control.
Example: "The accuracy of the processing is crucial for ensuring reliable results in our data analysis."
Alternatives: "precision of the processing" or "correctness of the processing".
Note that several results do not depend on this property, but only on cloverleaf stabilities, the presence or absence of processing by sense RNA maturation, the accuracy of that processing, and genome-wide usage of the predicted cognate amino acid.
By developing a sophisticated new image processing algorithm and greatly increasing the bit accuracy of the image processing engine, JVC's new Procision series LCDs meet the needs created by new-format high-quality sources, display panel evolution beyond 10 bits and the accelerating trend toward larger and larger screens.
Hyperspectral images (HSIs) have a high spectral resolution and ground-object recognition ability, but inevitably suffer from various factors in the imaging procedure, such as atmospheric effects, secondary illumination, and the physical limitations, which have a direct bearing on the visual quality of the images and the accuracy of the subsequent processing.
To enhance the accuracy of the numerical processing, a specific coordinate system is used to represent each surface, that is a 3D cylindrical coordinate system for the femur and 3D space coordinate system for the tibia [ 10].
This paper shows that, it is possible to further improve the speed and accuracy of the 'pre-processing' procedure without losing the advantage of flexibility that the numerical models provide in the design of such cases.
This study considers the relative accuracies of these processing formalisms and the relationship to computational efficiency via an in-house, simplified Monte-Carlo code.
Fast and accurate processing: Diverse nature of the future power grid limits the speed and accuracy of the existing signal processing techniques that is why more accurate and fast signal processing techniques should be developed.
The present work aims to demonstrate the usefulness of ambient vibration tests performed at the commissioning stage and is specially focused on the evaluation of the efficiency and accuracy of alternative state-of-the-art processing strategies for identification of the modal parameters of the tested structure.
More precisely, presence of noise in the acquired data affects the accuracy of the subsequent image processing steps and, thus, of the whole reconstruction process.
