FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2054450161> ?p ?o ?g. }

• W2054450161 endingPage "55" @default.
• W2054450161 startingPage "45" @default.
• W2054450161 abstract "This article constitutes a review of the literature and an evaluation of the anatomical relationships between skull and face including the soft tissue thickness at various anthropometrical points of the skull, along with a comparison of the methodologies involved in the three techniques, that is, photographic, video and computer-assisted superimposition techniques used in forensic science. In addition, an evaluation of cosistency between skull and face is discussed from the aspect of personal identification. Forensic examiner must be well versed in the anatomy of skull and face for effective utilization of the superimposition technique. When evaluating anatomical consistency between these parts, special attention should be paid their outline, the facial tissue thickness at the anthropometrical points, and positional relationships between skull and face. Data on the thickness of facial soft tissue has been accumulated for each race, Caucasoid, Negroid and Mongoloid. The positional relation of the eyebrow and eye to the orbit, the ala to the nasal aperture, and the lips to the teeth has been investigated by many researchers. Over the last two decades, video superimposition technique has widely been used for identifying unknown skull. The video superimposition presents enormous advantage over the conventional photographic superimposition. This technique allows the fade-out of either the skull or facial image on the monitor for overall assessment of how well the two images match. This also allows the various sectioning images of the skull and facial images for evaluating the positional relationships between the skull and face. In this technique, however, the anthropometrical examination including soft tissue thickness could not directly be performed on the TV monitor. On the other hand, in the last ten years, the computer-assisted cranio-facial superimposition has been developed. The use of a video-computer with appropriate software allows to take the images of the skull and facial photograph with only one camera and to directly compare the digitized both images on the monitor. The computer technology has also been used to determine the size of natural head and optimum objective length. The software such as the polynomial functions and Fourier harmonic analysis has been applied to evaluate the fit between the outline of skull and facial photograph. It is suggested that the outline from the forehead to the gnathion in the lateral or oblique view is the preferable portion for personal identification, and the cranio-facial superimposition method is reliable for personal identification when two or more facial photographs taken from different angles are used in the examination. The computer-assisted skull identification system using video superimposition is useful to demonstrate the cosistency between skull and facial photograph because the quantitative data including anthropometrical measurements obtained from this system provide objective and reliable results in skull identification." @default.
• W2054450161 created "2016-06-24" @default.
• W2054450161 creator A5073134242 @default.
• W2054450161 date "1997-01-01" @default.
• W2054450161 modified "2023-10-05" @default.
• W2054450161 title "Cranio-Facial Identification" @default.
• W2054450161 cites W103198555 @default.
• W2054450161 cites W1038488014 @default.
• W2054450161 cites W1044210311 @default.
• W2054450161 cites W112509683 @default.
• W2054450161 cites W1436774373 @default.
• W2054450161 cites W1484256958 @default.
• W2054450161 cites W161350532 @default.
• W2054450161 cites W1804627553 @default.
• W2054450161 cites W1963530217 @default.
• W2054450161 cites W1971915098 @default.
• W2054450161 cites W1973377378 @default.
• W2054450161 cites W1974963777 @default.
• W2054450161 cites W1975075234 @default.
• W2054450161 cites W1976432103 @default.
• W2054450161 cites W2011738222 @default.
• W2054450161 cites W2013801362 @default.
• W2054450161 cites W2039177598 @default.
• W2054450161 cites W2056841657 @default.
• W2054450161 cites W2059778769 @default.
• W2054450161 cites W2061773120 @default.
• W2054450161 cites W2062177611 @default.
• W2054450161 cites W2062907796 @default.
• W2054450161 cites W2067477825 @default.
• W2054450161 cites W2075288442 @default.
• W2054450161 cites W2077184041 @default.
• W2054450161 cites W2077299080 @default.
• W2054450161 cites W2088353359 @default.
• W2054450161 cites W2112206698 @default.
• W2054450161 cites W21216306 @default.
• W2054450161 cites W2149558808 @default.
• W2054450161 cites W2156509682 @default.
• W2054450161 cites W2178290877 @default.
• W2054450161 cites W2412578252 @default.
• W2054450161 cites W2461583230 @default.
• W2054450161 cites W2736114201 @default.
• W2054450161 cites W2796855976 @default.
• W2054450161 cites W570176496 @default.
• W2054450161 cites W601358259 @default.
• W2054450161 cites W613448650 @default.
• W2054450161 cites W619862010 @default.
• W2054450161 cites W64884128 @default.
• W2054450161 cites W75247684 @default.
• W2054450161 cites W790262485 @default.
• W2054450161 cites W887097500 @default.
• W2054450161 cites W95943406 @default.
• W2054450161 cites W1995695160 @default.
• W2054450161 doi "https://doi.org/10.3408/jasti.2.45" @default.
• W2054450161 hasPublicationYear "1997" @default.
• W2054450161 type Work @default.
• W2054450161 sameAs 2054450161 @default.
• W2054450161 citedByCount "2" @default.
• W2054450161 crossrefType "journal-article" @default.
• W2054450161 hasAuthorship W2054450161A5073134242 @default.
• W2054450161 hasBestOaLocation W20544501611 @default.
• W2054450161 hasConcept C105702510 @default.
• W2054450161 hasConcept C143874112 @default.
• W2054450161 hasConcept C144024400 @default.
• W2054450161 hasConcept C154945302 @default.
• W2054450161 hasConcept C2776436953 @default.
• W2054450161 hasConcept C2779300802 @default.
• W2054450161 hasConcept C2779304628 @default.
• W2054450161 hasConcept C31972630 @default.
• W2054450161 hasConcept C36289849 @default.
• W2054450161 hasConcept C41008148 @default.
• W2054450161 hasConcept C71924100 @default.
• W2054450161 hasConceptScore W2054450161C105702510 @default.
• W2054450161 hasConceptScore W2054450161C143874112 @default.
• W2054450161 hasConceptScore W2054450161C144024400 @default.
• W2054450161 hasConceptScore W2054450161C154945302 @default.
• W2054450161 hasConceptScore W2054450161C2776436953 @default.
• W2054450161 hasConceptScore W2054450161C2779300802 @default.
• W2054450161 hasConceptScore W2054450161C2779304628 @default.
• W2054450161 hasConceptScore W2054450161C31972630 @default.
• W2054450161 hasConceptScore W2054450161C36289849 @default.
• W2054450161 hasConceptScore W2054450161C41008148 @default.
• W2054450161 hasConceptScore W2054450161C71924100 @default.
• W2054450161 hasIssue "2" @default.
• W2054450161 hasLocation W20544501611 @default.
• W2054450161 hasOpenAccess W2054450161 @default.
• W2054450161 hasPrimaryLocation W20544501611 @default.
• W2054450161 hasRelatedWork W1899364738 @default.
• W2054450161 hasRelatedWork W1955116508 @default.
• W2054450161 hasRelatedWork W2103413230 @default.
• W2054450161 hasRelatedWork W2136321227 @default.
• W2054450161 hasRelatedWork W2138569648 @default.
• W2054450161 hasRelatedWork W2355490025 @default.
• W2054450161 hasRelatedWork W2663901905 @default.
• W2054450161 hasRelatedWork W2908959303 @default.
• W2054450161 hasRelatedWork W2961060159 @default.
• W2054450161 hasRelatedWork W43171467 @default.
• W2054450161 hasVolume "2" @default.
• W2054450161 isParatext "false" @default.

• next