For instance, multispectral, multisensory, multiresolution, and multiframe imaging, complemented with quality evaluation and correction of degradations caused during acquisition, data registration, integration, and mosaicing, can help with the qualitative and quantitative analysis of cultural artefacts.
These important studies are rated as low level as an artefact of quantitative hierarchies.
We can use various computational tools in order to gather qualitative and quantitative aspects of the architectural artefacts performance in the early stages of design, and we can go further from just optimizing a form after it has been defined.
However, the presence of high-Z elements (e.g., Barium or Iodine as components of CT contrast media) may result in a failure of correct scaling, potentially leading to quantitative errors and even pronounced artefacts in the corrected PET images (Büther & Schober, 2014).
A crucial aspect, in particular for quantitative analysis, is elimination of artefacts during preparation of control samples for flow cytometry.
They showed that TOF substantially reduced artefacts and significantly improved the quantitative accuracy.
These cholesterol artefacts can be used for quantitative determination of cholesterol in the samples.
In addition, there can be a reduced sensitivity for lesions in the affected area and the PET signal will no longer be quantitative in the regions of attenuation correction artefacts, which may compromise follow-up measurements.
Poor compliance with the study IG and inadequate quality of scans, when major artefacts are observed affecting visual and quantitative assessment, should be identified and reported to the sites and the sponsor immediately prior to the FU scan or the next patient enrolment.
Artefact-free segments were selected for quantitative analysis.
