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Representation (systemics)

About: Representation (systemics) is a research topic. Over the lifetime, 33821 publications have been published within this topic receiving 475461 citations.


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Journal ArticleDOI
TL;DR: It is argued that logical soundness, completeness, and worst-case complexity are inadequate measures for evaluating the utility of representation services, and that this evaluation should employ the broader notions of utility and rationality found in decision theory.

216 citations

Journal ArticleDOI
TL;DR: A novel multilingual vector representation, called Nasari, is put forward, which not only enables accurate representation of word senses in different languages, but it also provides two main advantages over existing approaches: high coverage and comparability across languages and linguistic levels.

215 citations

Proceedings ArticleDOI
01 Sep 1999
TL;DR: This representation is intended to provide a generic infrastructure that will facilitate the capture and exchange of function information among researchers at present, and eventually in industry by contributing to interoperability between design systems, be they commercial or developed internally within a company.
Abstract: This paper proposes a standardized representation of function for use by the research community, industry, and eventually commercial software vendors. This includes schemata (information models) for representation of function and associated flows, as well as an initial attempt at developing taxonomies of functions and flows. The objective of the latter effort is to generate taxonomies that are as small as possible, yet generic enough to allow modeling of a broad variety of engineering artifacts. This representation is intended to provide a generic infrastructure that will facilitate the capture and exchange of function information among researchers at present, and eventually in industry by contributing to interoperability between design systems, be they commercial or developed internally within a company.

215 citations

Journal ArticleDOI
TL;DR: Research relevant to the origins and early development of two functionally dissociable perceptual systems is summarized, suggesting that even young infants represent some of the defining features and physical constraints that specify the identity and continuity of objects.
Abstract: Research relevant to the origins and early development of two functionally dissociable perceptual systems is summarized. One system is concerned with the perceptual control and guidance of actions, the other with the perception and recognition of objects and events. Perceptually controlled actions function in real time and are modularly organized. Infants perceive where they are and what they are doing. By contrast, research on object recognition suggests that even young infants represent some of the defining features and physical constraints that specify the identity and continuity of objects. Different factors contribute to developmental changes within the two systems; it is difficult to generalize from one response system to another; and neither perception, action, nor representation qualifies as ontogenetically privileged. All three processes develop from birth as a function of intrinsic processing constraints and experience.

215 citations


Performance
Metrics
No. of papers in the topic in previous years
YearPapers
202225
20211,580
20201,876
20191,935
20181,792
20171,391