Resolution Requirements for HDTV Based upon the Performance of 35mm Motion-Picture Films for Theatrical Viewing

Kaiser, Arthur; Mahler, H; McMann, Renville H.

doi:10.5594/j07938

Cited by 7 publications

(1 citation statement)

References 5 publications

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“…Its frame rate is less than television. There is some indication that in the real world, the resolution of film is not much greater than television, either [6,7,9]. However, digital cinema has the capability to far surpass the "film look" in both resolution and color space.…”

Section: Visuallymentioning

confidence: 92%

Film versus digital cinema: the evolution of moving images

Tinker¹

2003

SPIE Proceedings

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Film has been used for movies for over 100 years. D-cinema will soon produce images that equal or surpass film. When that happens, movies will take their basis from computer technology, leading to higher quality, lower cost, and greater flexibility for all aspects of the industry. For example, d-cinema will allow higher frame rates, flexible subtitles, alternative content, and resolutions and color spaces beyond film. Given these opportunities, we must not simply emulate the mechanical past. Insisting, for instance, on a single type of compression or security scheme is misguided. Both these areas are evolving, and we should take advantage of that evolution, while promoting standards that allow that evolution to happen in an orderly way. Mechanical projectors can play back only one kind of film; computer servers can play back any number of formats. It would be wrong to select a single format at this time, only to have the technology become more capable in the near future. We must allow the continuously evolving technology that characterizes computers, not the frozen technology that has characterized mechanical systems. We must work toward an environment that allows interoperability of d-cinema technologies-not systems that limit us to a single technology.

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Section: Visuallymentioning

confidence: 92%

Film versus digital cinema: the evolution of moving images

Tinker¹

2003

SPIE Proceedings

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Imaging Technology

Abe¹,

Kumada²,

Shidara³

et al. 1993

High Definition Television

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Image processing and page representation: part 4

Cawkell¹

1989

The Electronic Library

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The penultimate article in this series commences with a few remarks about the size and ebullience of the market for ‘output’ devices, followed by a consideration of display techniques. The functioning of a Cathode Ray Tube display is explained, moving on to colour tubes and the steadily improving methods for handling colour and graphics. The article gives a brief description of alternative displays including plasma, electroluminescent, liquid crystal, and light emitting diode panels.

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Resolution Requirements for HDTV Based upon the Performance of 35mm Motion-Picture Films for Theatrical Viewing

Cited by 7 publications

References 5 publications

Film versus digital cinema: the evolution of moving images

Film versus digital cinema: the evolution of moving images

Imaging Technology

Image processing and page representation: part 4

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