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Computable process

Proceedings of the 17th ACM SIGPLAN-SIGACT symposium on Principles of programming languages - POPL '90, 1990
In this paper we study concurrent, asynchronous processes and functions on them which can be programmed using the (full) unfair or the fair merge operations. The main result is a normal form theorem for these (relatively) “computable process functions” which implies that although they can be very complex when viewed as classical set-functions, they are
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Processing Pictures With Computers

JAMA, 1967
Most persons, perhaps, think of computers as devices which write pay checks or calculate satellite orbits. Although the processing of pictorial information promises dramatic and significant contributions to the health sciences and many other fields, it is only in connection with recent deep space probes that most persons have heard the words "computer"
Mary R. Evans   +2 more
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Computer Processing of Handwriting

1990
This book presents 17 selected papers from the 4th International Graphonomics Society Conference, held at the University of Trondheim (Norway) in July 1989. It focusses on different aspects of automatic processing of handwriting by computer. The book is divided into three sections.
G Leedham, Réjean Plamondon
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Computers for symbolic processing

Proceedings of the IEEE, 1989
A detailed survey on the motivations, design, applications, current status, and limitations of computers designed for symbolic processing is provided. Symbolic processing computations are performed at the word, relation, or meaning levels, and the knowledge used in symbolic applications may be fuzzy, uncertain, indeterminate, and ill represented ...
Guo-Jie Li   +2 more
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Computer and the Thought Process

1993
Modelling of brain is an eternal problem and was revitalized by arrogant claims of some computer scientists. Several basic results of mathematics, especially in problems of uncertainty, computational complexity and logic prove limits of computation and indications that the brain works otherwise.
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The Computer and Process Control

1996
Yesterday the computer was an electronic slide rule with pictures and limitless file folders. Today it can also be programmed to listen to commands, compare inputs, make decisions, and send orders to machines or other computers. Tomorrow—there is no limit! The explosive growth of computer applications has taken at least three major directions, although
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Computational and noncomputational clinical information processing by computer

Behavioral Science, 1982
Computers have been used in their computational as well as noncomputational modes for the scientific study of the clinical decision making. As computational tools, computers serve as storage devices for hospital file data so that these data can be analyzed statistically for a large variety of epidemiological and diagnostic purposes. As noncomputational
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Optical processing and computing

SPIE Proceedings, 1992
Optical techniques have been investigated for information processing since 1950's. This paper provides a unified view of different approaches to optical information processing and computing. Such a view serves to bring out interrelations (similarities and differences) between seemingly different topics and will thereby identify a common technological ...
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Computation Process Evolution

2006 IEEE International Conference on Engineering of Intelligent Systems, 2006
Unlike other genetic methods which are devoted to optimize the input data, this paper proposes an approach, CPE, aiming at finding the computation process of any problem by only using a few input and output data, consisting of the cases needed to be satisfied and those needed to be avoided. It first encodes the antibody using the method similar to that
Tao Li, Ji Lu
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Development of Computer Processes

1978
In Chapters 4 and 5 the computer and computer languages have been discussed, and the formulation of problems and algorithms for their solution introduced. Now we come to the consideration of the process of translating the solution in such a way that it can be implemented on a computer system and make effective use of its facilities.
Peter Haine, Ernest Haidon
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