Sentence examples for kinds of artifacts from inspiring English sources
Atomic force microscopy images are usually affected by different kinds of artifacts due to either the microscope design and operation mode or external environmental factors.
"[Organic artifacts] are more unstable than some other kinds of artifacts, like stone or metal" says Sandra Vanderwarf, a cultural heritage preservation fellow at the American Center for Mongolian Studies (ACMS), who works at the National Museum of Mongolia.
We will spend the morning illustrating ceramic vessels (complete and incomplete) and flaked stone tools/debitage Illustration is a time consuming procedure, but if we have time, each person should be able to pencil draw both kinds of artifacts.
In this chapter, using pCloud (an extensively used online cloud storage service) as a case study, and we elaborate on different kinds of artifacts retrievable during a forensic examination.
Empirically rich and nuanced in its readings of different kinds of artifacts, this engaging work tells of the erasure of the women's lives from the national memory as the feminine aesthetic of scribal publication was overshadowed by the proliferating print culture of late eighteenth-century America.
When this relationship is combined with other considerations related to the informational content of the signal, the signal distortion of filters, and the kinds of artifacts evaluated in this study, a Butterworth filter with a corner frequency of 20 Hz and a slope of 12 dB/oct is recommended for general use.
We show a realization of the proposed method and demonstrate its performance (both qualitatively and quantitatively) with respect to state-of-the-art techniques on several images having such kind of artifacts.
Given the fact that a certain type of processing, e.g., JPEG2000 coding, can introduce more than one kind of artifacts, it is imperative to have quality estimators that can assess the impact of more than one artifact.
Litvak et al. (2007) have dealt with this kind of artifacts by fitting exponential functions to the signal and by removing them.
The structuration of data of our database (e.g. numbers are seen as numeric fields) along with an intuitive user-friendly graphic interface allows users to perform many types of searches, even to exclude these kind of artifacts, and to make comparisons and calculations that are useful for data retrieval and analysis.
Because this kind of artifacts has been shown to have a substantial effect on high throughput experiments and in particular with Illumina methylation arrays, we asked whether we could highlight and reduce this additional layer of confounding variability, in particular when biological factors are admixed with non-random assignment of samples to arrays or batches.
