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My personal introduction to the many aspects of digital imaging were developed in this context. This is because the digitization of remotely sensed data along with the advent of massively powerful machines like the PDPs old very slow mainframes began allowing people to have computers find optimized solutions to engineering problems.
A simple example is where to build a highway to minimize cost and environmental damage. You can begin with arial sic photography to develop elevation maps through photogrametry. You can use near-IR photographs to develop vegetation maps perhaps multiple shots across seasons and times of day.
This can then all be combined with reasonable models in a computer to solve the main problem. To accomplish such feats many analog techniques had to be adapted.
Another major topic that contributed to the development of current digital photography and digital darkroom techniques is the field of computer vision.
Many thousands of algorithms were developed in pursuit of such and they have many uses outside of that arena. Another major topic is digital image processing which has also contributed many thousands of algorithms.
Another major topic is mathematics which provides the logical underpinnings of many algorithms.
Computer science as noted also provides many of the logical underpinnings too. And in the land between computer science and mathematics with a dash of chemistry tossed in lies the area that underpins the correlations between wet chemistry imaging and digital photos. Because when you get down to it, wet chemistry imagings is digital.
It just happens that the digits in wet chemistry are discrete physical molecules as opposed to discrete values that are averages of rectangular areas. This is something that requires a solid background and theoretical mathematics, a basic background in chemistry, and a broad knowledge of imaging technology to realize.
It amazes me how many people who have no idea what they are talking about say digital images are not real when they know next to nothing about tyhe optics of image formation and how digital and celluloid film methods both do the same thing.
It is almost a bad as the foolish people who see aliens when they get lens flare in their photos the orbs phenomenon. Beyond that there is the study of human vision and color perception in both engineering, biological, and psychological contexts that underly much of color theory and CMS Color Management Systems.
There is also the engineering and physics topics that underly the design and implementation of digital imaging sensors. This should give you a reasonable set of search terms to use to begin some research.
Or if you would prefer more input, then please send me an email and I would be happy to expand on these topics.Teaching Photography Big Sur Bridge; by Pat Stanbro, Brooks Institute of Photography, CA, student of Christopher Broughton Teaching Photography Tools for the Imaging Educator.
Digital Imaging 1 Description: In Digital Imaging, students begin by learning the basic functions of digital cameras and general photographic concepts such as composition, subject, exposure, lighting and flash.
The New Aesthetic and Art: Constellations of the Postdigital is an interdisciplinary analysis focusing on new digital phenomena at the intersections of theory and contemporary art. Governments have been increasing their efforts to regulate and monitor digital currency operations.
Many global exchanges now require identification to register on their site. Linn3, Paul Mpagi Sepuya at Sikkema Jenkins (January 13 February 18, ) is an excellent example of what I mean by photographys unruly capaciousness.
Information and rates for photo/film/negative/slide scanning, passport photos, and high-quality printing at Art Sutch Photography in downtown Juneau, Alaska. rutadeltambor.com Uploaded by j Thinking through this idea we’ve identified two sets of questions. until recently there’s been little discussion of the digital as a language that functions independently of our normal rutadeltambor.comuction 11 believe the term takes into account multiple layers and modes of human technology. Forensic analysis techniques for digital imaging ESET's Miguel Ángel Mendoza looks at a range of forensic analysis techniques that are used to examine digital images. Miguel Ángel Mendoza 13 Jan.
rutadeltambor.com Uploaded by j Thinking through this idea we’ve identified two sets of questions. until recently there’s been little discussion of the digital as a language that functions independently of our normal rutadeltambor.comuction 11 believe the term takes into account multiple layers and modes of human technology.
An Overview of Digital Imaging Systems for Radiography and Fluoroscopy Michael Yester, Ph.D. University of Alabama at Birmingham.