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Coded exposure photography

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Coded exposure could have application on live television. Accurate footage of sporting events requires a clear image and detail. Short exposure cameras have been used, but coded exposure is typically available at a lower cost. As of October 2019, the technology had not been widely used outside of a
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frequency. This involves the calculation of the relationship between the photon exposure of the light sensor and the randomized code. The camera is made to take a series of snapshots with random time intervals using a simple computer, this creates a blurred image that can be reconciled into a clear
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Digital cameras use digital technologies to create images. This process involves exposing light-sensitive material to photons, creating electrical signals that are recorded in computer files. This process is simple and has improved the availability of photography. One problem that digital cameras
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speed of the camera. Unlike the coded exposure process, shutter speed is a purely physical process where the camera shutter is opened and closed more quickly, resulting in short exposure time. This reduces the amount of motion that occupies each frame. However shorter exposure times increase the
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technology makes it a viable alternative to expensive cameras and equipment that take millions of images per second. However, the algorithm and subsequent de-blurring is a complicated process that requires specialists who can write the programs and create templates for companies to work from.
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frequency. The process calculates the relationship between the exposure of the light sensor and the randomized code. The digital camera takes a series of snapshots at random intervals. This creates a blurred image that can be clarified given the code or the algorithm. Together with
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in a pattern that enables the image to be processed in such a way that motion blur and noise are almost completely removed. Contrary to other methods of de-blurring, coded exposure does not require additional hardware beyond a digital camera.
74:. Motion blur occurs when the camera or the subject are in motion. When motion blur happens, the resulting image is blurry, fuzzy edges and indistinct features. One solution to remove motion blur in photography is to increase the 62:
Photography was developed to enable imaging of the visible world. Early cameras used film made of plastic coated with compounds of silver. The film is highly sensitive to light. When
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Motion de-blurring technology grew due to increasing demand for clearer images in sporting events and other digital media. The relative inexpensiveness of the coded
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Holloway, J.; Sankaranarayanan, A. C.; Veeraraghavan, A.; Tambe, S. (2012). "Flutter Shutter Video Camera for compressive sensing of videos".
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Holloway, J.; Sankaranarayanan, A. C.; Veeraraghavan, A.; Tambe, S. (2012). "Flutter Shutter Video Camera for compressive sensing of videos".
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technology makes it a viable alternative to expensive cameras and equipment that are built to take millions of images per second.
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in photography. The key element of the coded exposure process is the mathematical formula that affects the
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Coded exposure solves the motion blur problem without the negative effects of shorter
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The key element of the coded exposure process is the formula that affects the
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Ownership of the technology is subject to dispute; no patent covers it.
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2012 IEEE International Conference on Computational Photography (ICCP)
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2012 IEEE International Conference on Computational Photography (ICCP)
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Reduction of Poisson noise in coded exposure photography
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times. It is an algorithm designed to open the camera's
380:"Optimizing flutter shutter to minimize camera blur" 356:"Optimizing flutter shutter to minimize camera blur" 2219: 2166: 2071: 2014: 1920: 1804: 1716: 1668: 1408: 1175: 975: 697: 468:Tendero, Yohann; Osher, Stanley (2016-03-20). 427:Tendero, Yohann; Osher, Stanley (2016-03-20). 675: 533:Tsutake, Chihiro; Yoshida, Toshiyuki (2018). 8: 470:"On a mathematical theory of coded exposure" 429:"On a mathematical theory of coded exposure" 2227:Conservation and restoration of photographs 1964:Comparison of digital and film photography 682: 668: 660: 120:The relative inexpensiveness of the coded 2184:Photographs considered the most important 485: 444: 307: 297: 173: 163: 34:, is the name given to any mathematical 138: 474:Research in the Mathematical Sciences 433:Research in the Mathematical Sciences 7: 2179:Museums devoted to one photographer 286:Journal of Human Sport and Exercise 152:Journal of Human Sport and Exercise 112:, this technique can be effective. 83:', which can affect image 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environment. 24: 1586:Schlieren photography 1125:Photographic printing 1048:Exposure compensation 253:Tarrant, Jon (2006). 22: 1370:Straight photography 1008:Chromatic aberration 2237:photographic plates 1922:Digital photography 1100:Hyperfocal distance 1013:Circle of confusion 1741:Autochrome Lumière 1736:Analog photography 1561:Pigeon photography 1350:Social documentary 829:discontinued films 234:Explain that Stuff 206:Explain that Stuff 110:compressed sensing 25: 2292: 2291: 2093:Collodion process 2029:Chromogenic print 2016:Color photography 1526:Multiple exposure 1501:Lo-fi photography 1028:Color temperature 641:978-1-4673-1662-0 600:978-1-4673-1662-0 563:. 15 October 2018 514:web.media.mit.edu 408:web.media.mit.edu 2317: 2281: 2280: 2270: 2269: 2148:Print permanence 2098:Cross processing 2056:CMYK color model 2041:Color management 1994:Foveon X3 sensor 1989:Three-CCD camera 1633:Miniature faking 1591:Sabattier effect 1203:Astrophotography 1058:Zebra patterning 684: 677: 670: 661: 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Index


algorithm
motion blur
shutter
exposure
photons
motion blur
shutter
noise
exposure
shutter
shutter
compressed sensing
exposure
"High speed cameras for motion analysis in sports science"
doi
10.14198/jhse.2016.111.05
hdl
10045/61909
ISSN
1988-5202
Woodford, Chris
"Film cameras and 35mm photography – A simple introduction"
Woodford, Chris
"How do digital cameras work?"
Understanding Digital Cameras
ISBN
9780240520247
"High speed cameras for motion analysis in sports science"
doi

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