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Note that some imaging scientists will include additional "links" in their description of the imaging chain. For example, some will include the "source" of the energy which "illuminates" or interacts with the subject of the image. Others will include storage and/or transmission systems.
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The foundation of imaging science as a discipline is the "imaging chain" – a conceptual model describing all of the factors which must be considered when developing a system for creating visual renderings (images). In general, the links of the imaging chain include:
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systems, the electronic signals produced by the capture device must be manipulated by an algorithm which formats the signals so they can be displayed as an image. In practice, there are often multiple processors involved in the creation of a digital
263:. The display takes the electronic signals which have been manipulated by the processor and renders them on some visual medium. Examples include paper (for printed, or "hard copy" images), television, computer monitor, or projector.
228:. When developing an imaging system, designers must consider the observables associated with the subjects which will be imaged. These observables generally take the form of emitted or reflected energy, such as
246:, those technologies include optics for collecting energy in the visible portion of the electromagnetic spectrum, and electronic detectors for converting the electromagnetic energy into an electronic signal.
242:. Once the observables associated with the subject are characterized, designers can then identify and integrate the technologies needed to capture those observables. For example, in the case of consumer
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is a multidisciplinary field concerned with the generation, collection, duplication, analysis, modification, and visualization of images, including imaging things that the
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Institute for Image
Sciences - focuses on fundamental and applied research in specifically medical image processing and acquisition.
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Kaboutari, Keivan; Önder Tetik, Ahmet; Ghalichi, Elyar; Soner Gözü, Mehmet; Zengin, Reyhan; Güneri Gençer, Nevzat (2019).
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is the representation or reproduction of an object's form; especially a visual representation (i.e., the formation of an
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processes which take place in human beings as they make sense of information received through the visual system.
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is the application of materials and methods to create, preserve, or duplicate images.
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cannot detect. As an evolving field it includes research and researchers from
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Research center that offers B.S., M.S., and Ph.D. degrees in
Imaging Science.
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Bachelor of image science and digital media unique in Canada.
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The
University of Arizona College of Optical Sciences
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53:. Unsourced material may be challenged and removed.
572:Imaging technology materials and methods include:
125:Representation or reproduction of an object's form
960:for the M.S and Ph.D. degree in optical sciences.
452:, replicating documents commonly used in business
970:Image Sciences Institute, Utrecht, Netherlands
794:Encyclopedia of Imaging Science and Technology
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928:Modeling the Imaging Chain of Digital Cameras
503:, for obtaining images with depth information
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482:Magneto-Acousto-Electrical Tomography (MAET)
964:Science de l'image et des médias numériques
276:Subfields within imaging science include:
132:Comparison of two imaging modalities—
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767:Society for Imaging Science and Technology
948:Carlson Center for Imaging Science at RIT
113:Learn how and when to remove this message
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520:, the process of creating still images
584:used in computer and video games and
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218:. Designers must also consider the
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651:(basically refocusable photography)
752:Image development (disambiguation)
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823:Physics in Medicine & Biology
397:illumination source, such as in
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38:needs additional citations for
915:(John Wiley & Sons, 2010)
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1034:Biological data visualization
140:(B, D)—as applied to a
982:Institute of Imaging Science
895:Fourier Analysis and Imaging
877:Foundations of Image Science
552:, also known as elastography
526:, the method of photocopying
411:optical coherence tomography
773:The Imaging Science Journal
734:Structured-light 3D scanner
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1074:Mathematical visualization
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1069:Information visualization
1054:Educational visualization
923:DOI 10.1002/9780470660102
565:False-color image from a
306:digital image restoration
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1094:Scientific visualization
1021:of technical information
843:10.1088/1361-6560/ab1809
699:Ground-penetrating radar
403:synthetic aperture radar
226:The subject of the image
472:Medical optical imaging
216:The human visual system
1665:Christopher R. Johnson
1217:Technical illustration
1104:Software visualization
911:Roger L. Easton, Jr.,
719:Industrial radiography
689:Electro-optical sensor
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230:electromagnetic energy
180:electrical engineering
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16:For the software, see
1559:Lawrence J. Rosenblum
1372:Edward Walter Maunder
1296:Charles Joseph Minard
1114:User interface design
1089:Product visualization
979:Vanderbilt University
893:Ronald N. Bracewell,
881:John Wiley & Sons
798:John Wiley & Sons
694:Charge-coupled device
636:Multiple-camera setup
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366:photoacoustic imaging
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1504:William S. Cleveland
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567:thermographic camera
415:non-coherent imaging
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286:3D computer graphics
47:improve this article
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1782:in computer science
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1509:George G. Robertson
1346:Karl Wilhelm Pohlke
1281:André-Michel Guerry
1157:Graph of a function
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958:image science track
930:(SPIE Press, 2010)
835:2019PMB....64k5016K
714:Medical radiography
704:Electron microscope
456:Geophysical imaging
318:digital photography
138:computed tomography
18:Imaging for Windows
1859:Volume cartography
1623:Early 21st century
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1365:Early 20th century
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1109:Technical drawing
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1609:Leland Wilkinson
1544:Michael Friendly
1478:Howard T. Fisher
1441:Mid 20th century
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1286:William Playfair
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36:This article
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1829:Neuroimaging
1789:CPK coloring
1772:Color coding
1710:Hans Rosling
1690:Miriah Meyer
1655:Aaron Koblin
1640:Jeffrey Heer
1534:Edward Tufte
1529:Pat Hanrahan
1499:Nigel Holmes
1377:Otto Neurath
1316:Oliver Byrne
1264:19th century
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103:January 2021
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45:Please help
40:verification
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1762:Cartography
1700:Ade Olufeko
1670:Manuel Lima
1599:Kwan-Liu Ma
1524:Stuart Card
1494:Borden Dent
1432:Erwin Raisz
1387:Henry Gantt
657:Printmaking
640:stereoscopy
631:Photography
602:Visual arts
518:Photography
507:Reprography
422:microscopes
419:fluorescent
342:photography
261:The display
252:. For all
176:mathematics
136:(A, C) and
1685:John Maeda
1463:John Tukey
1427:Harry Beck
1422:Fritz Kahn
1172:Photograph
956:offers an
907:0306481871
889:0471153001
780:References
679:Ultrasound
524:Xerography
444:Disk image
426:telescopes
354:radiometry
322:holography
290:animations
73:newspapers
1767:Chartjunk
1735:Bang Wong
1630:Polo Chau
1336:John Snow
1311:John Venn
1192:Schematic
1177:Pictogram
859:108294047
662:Sculpture
593:Microfilm
272:Subfields
168:human eye
62:"Imaging"
1884:Category
1753:Related
1162:Ideogram
901:, 2003)
883:, 2004)
851:30970342
800:, 2002)
740:See also
669:Infrared
638:enables
626:Painting
557:Examples
395:coherent
1890:Imaging
1635:Ben Fry
1147:Diagram
831:Bibcode
746:Imaging
612:Drawing
607:Etching
405:(SAR),
199:Imagers
172:physics
148:Imaging
87:scholar
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190:, and
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1135:types
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724:LIDAR
399:radar
152:image
94:JSTOR
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932:ISBN
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