Results 291 to 300 of about 940,318 (334)

Information storage and display

Journal of the American Society for Information Science, 1981
AbstractThis perspective on information storage and display reviews the latest technologies and then, taking a broader view, discusses the current understanding of access schemes and cognitive processing to argue the thesis that over the next decade information science will concentrate less on the new tools and more on how they can or should be used ...
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Information Storage Technologies

2009
The world produces more than 12 exabytes (12 billion gigabytes or 12 × 1018 bytes) of information eachsa year of which over 90% is stored on magnetic media including magnetic tape, automated tape, disk and virtual storage (defined in the entry body).
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Rehearsal and storage of visual information.

Journal of Experimental Psychology, 1972
before each test. Two modes of presentation were employed differing in whether exposure time within a series was constant (uniform rate) or variable (mixed rate). Noting the absence of mode-of-prese ntation effects, serial position effects, and sequential dependencies, Potter and Levy concluded that pictures are processed one by one for exactly the ...
William O. Shaffer, Richard M. Shiffrin
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Coding for Information Storage

2013
Storage systems are widely used and have played a crucial rule in both consumer and industrial products, for example, personal computers, data centers, and embedded systems. However, such system suffers from issues of cost, restricted-lifetime, and reliability with the emergence of new systems and devices, such as distributed storage and flash memory ...
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Storage of Information about Time

Perceptual and Motor Skills, 1965
An experiment is described in which the detrimental effects of an auxiliary task on reaction time to periodically presented light stimuli were studied. RT stimuli were presented periodically to one group of Ss throughout the experiment and aperiodically to another.
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Magnetic Information Storage

1994
The advances in magnetic recording which have enabled storage density to increase by more than 50, 000 times in 35 years are described. The fundamental principles of magnetic and magneto-optic recording are discussed. Current implementations of these technologies are presented, and future trends are projected. Storage densities of 1 Gbit/in2 are likely
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Quantum information storage

Nature, 1987
Whether energy is necessarily dissipated in computer operations remains an open question. The development of optical computers should help decide the question.
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Holographic Information Storage

1972
In modern data processing, magnetic storage is widely applied since many years in various forms which have reached a high degree of perfection. Memories using cores, magnetic drums, discs, cards, and tapes are used, the capacities of which extend over 7 orders of magnitude.
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Storage of Digital Information

1988
The previous chapter looked at the overall architecture of a range of small computers. In the discussion it became apparent that storage played a very important role in machine design and performance. Because storage is so important the present chapter is devoted to the subject.
P. G. Depledge, M. Healey, M. G. Hartley
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Information Storage in Microspace

Proceedings, annual meeting, Electron Microscopy Society of America, 1969
The orderly storage and use of information is becoming a major concern of our culture. There is considerable interest in a system compatible with both human and machine comprehension and with access to the total of publicly held information in addition to the total of one's personal accumulation. It is therefore axiomatic that the data be a combination
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