Search results for "Presentation"

showing 10 items of 2405 documents

Right-handers and left-handers have different representations of their own hand

1998

The visual control of our own hand when dealing with an object and the observation of interactions between other people's hand and objects can be involved in the construction of internal representations of our own hand, as well as in hand recognition processes. Therefore, a different effect on handedness recognition is expected when subjects are presented with hands holding objects with either a congruent or an incongruent type of grip. Such an experiment was carried out on right-handed and left-handed subjects. We expected that the different degree of lateralisation in motor activities observed in the two populations [J. Herron, Neuropsychology of left- handedness, Academic Press, New York…

Cognitive NeuroscienceObject (grammar)Experimental and Cognitive PsychologyVisual controlrotationSettore BIO/09Mental rotationDevelopmental psychologyBehavioral Neurosciencemalefunctional lateralityAnalysis of variancehumansHandednessreaction timeHand representationadultNeuropsychologyCognitionMental rotationType of gripAnalysis of variance; male; psychomotor performance; female; hand strength; hand; functional laterality; rotation; adult; reaction time; humansfemaleAction (philosophy)ActionLateralityMental representationpsychomotor performancehand strengthhandPsychologyCognitive psychologyHuman
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A cognitive architecture for artificial vision

1997

Abstract A new cognitive architecture for artificial vision is proposed. The architecture, aimed at an autonomous intelligent system, is cognitive in the sense that several cognitive hypotheses have been postulated as guidelines for its design. The first one is the existence of a conceptual representation level between the subsymbolic level, that processes sensory data, and the linguistic level, that describes scenes by means of a high level language. The conceptual level plays the role of the interpretation domain for the symbols at the linguistic levels. A second cognitive hypothesis concerns the active role of a focus of attention mechanism in the link between the conceptual and the ling…

Cognitive modelActive visionLinguistics and LanguageRepresentation levelComputer sciencemedia_common.quotation_subjectGeometric reasoningRepresentation levelsLanguage and LinguisticsArtificial IntelligencePerceptionConceptual spacesLIDAArchitectureActive visionLanguage and Linguisticmedia_commonConceptual spaceSettore ING-INF/05 - Sistemi Di Elaborazione Delle InformazioniCognitive scienceHybrid processingbusiness.industryCognitionSpatial intelligenceCognitive architectureRoboticsRoboticPerceptionArtificial intelligencebusinessSpatial reasoningArtificial Intelligence
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What Will You Do Next? A Cognitive Model for Understanding Others’ Intentions Based on Shared Representations

2013

Goal-directed action selection is the problem of what to do next in order to progress towards goal achievement. This problem is computationally more complex in case of joint action settings where two or more agents coordinate their actions in space and time to bring about a common goal: actions performed by one agent influence the action possibilities of the other agents, and ultimately the goal achievement. While humans apparently effortlessly engage in complex joint actions, a number of questions remain to be solved to achieve similar performances in artificial agents: How agents represent and understand actions being performed by others? How this understanding influences the choice of ag…

Cognitive modelCognitive scienceKnowledge managementProcess (engineering)Computer sciencebusiness.industryAction selectionTask (project management)Joint actionAction (philosophy)Order (exchange)Computational models of cogntion Human-robot collaboration Joint action Motor simulation Shared representationsGoal achievementbusiness
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Panel Summary: Knowledge Model Representations

1997

Following the usual classifications of cognitive psychologists, we can say that the problem of representation spans three domains: the environment, the brain, and cognitive processes, which are usually studied by different scientists: the physicists, the neurobiologists and the psychologists. With the development of computer science and artificial intelligence new approaches have been introduced, which make possible simulation and implementation of cognitive processes through neural networks and symbolic systems. But the contribution of new methods is not limited to simulation, because they try to provide new models which consider cognitive process as information processing, not as reaction…

Cognitive scienceArtificial neural networkArtificial visionComputer scienceInformation processingRepresentation (systemics)Conceptual spaceCognitionData miningcomputer.software_genrecomputerSymbolic Systems
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Graphic syntax and representational development

2008

International audience; This chapter focuses specifically on the relationships between syntax and cognitive development, particularly representational development. Vinter, Picard and Fernandes promote the take-home message that changes in drawing behaviour during development result from changes in the size of the cognitive units or mental representations used to plan behaviour, and in the capacity to manage part-whole relationships. This hypothesis is first illustrated by reviewing studies in which children's adherence to the graphic rules when they copy elementary or complex figures is assessed. The authors also examine children's syntactical behaviour at a more global level, characterizin…

Cognitive scienceCommunicationKnowledge representation and reasoningComputer sciencebusiness.industry05 social sciencesCognition[SCCO] Cognitive scienceSyntax050105 experimental psychologyNonverbal communication[SCCO]Cognitive scienceDevelopment (topology)Cognitive development0501 psychology and cognitive sciencesbusiness050104 developmental & child psychology
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Demonstration Tasks for Assessment

2017

International audience; Learning from animations is conventionally measured using static assessment tools such as multiple choice tests or extended answer questions. These tools tend to rely heavily on textual information both for presenting the assessment items and as the medium for learner response. However, such assessments are not well aligned with the defining dynamic, pictorial characteristics of animated learning materials. This chapter considers the potential of demonstration tasks to offer more appropriate assessments of learning from animation. In these tasks, learners interact with a manipulable model of the animation’s subject matter to provide an explanatory account of how it c…

Cognitive scienceComputer science4. Education[SCCO.NEUR]Cognitive science/Neuroscience05 social sciencesMental model050301 education[ SCCO.PSYC ] Cognitive science/Psychology050109 social psychologyAnimationSubject matterTextual informationMental ModelDescriptive RepresentationMultiple Choice TestDynamics (music)Human–computer interaction[ SCCO.NEUR ] Cognitive science/Neuroscience[SCCO.PSYC]Cognitive science/Psychology0501 psychology and cognitive sciencesSubject Matter0503 educationDemonstration TaskMultiple choice
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Notes on the Success of Speech Acts and Negotiating Commitments

1996

Technologies that support communication and models used in the development of communications need good underlying theories. One theory suggested as a base for design is speech act theory. Both communication support tools and modelling notations informed by speech act theory have been proposed. Speech act theory forms no unified, single theory, but actually houses several variants for dealing with semantics, pragmatics, and social context of communications. They all have one common feature: they assume that language is not merely a means of describing but also a means for doing things. In this paper we present an overview of speech act theories and their uses in information systems research.…

Cognitive scienceComputer sciencebusiness.industrymedia_common.quotation_subjectContext (language use)Representation (arts)Pragmaticscomputer.software_genreSemanticsFocus (linguistics)Feature (linguistics)NegotiationInformation systemArtificial intelligencebusinesscomputerNatural language processingmedia_commonElectronic Workshops in Computing
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The Third Way of Cognitive Science and the Middle Way of Buddhism

2013

Even though cognitive science may not be established as a mature science, being rather a loose affiliation of disciplines which make human cognition a scientific theme, it has already had significant impact in the field of epistemology. Since the late 1970s, research conducted on aspects of cognition ranging from perception to language has laid the groundwork for a fundamental epistemological shift in cognitive science, which bears directly on the Western philosophical dilemma of whether reality is objective (and independent of our cognition) or subjective (and so our mind’s projection). My aim here is to trace some major developments in the history of cognitive science leading to the emerg…

Cognitive scienceObjectivismIdealismAction (philosophy)Embodied cognitionSubjectivismMental representationCognitionPsychologyRealism
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Commentary on Jakab's “Ineffability of Qualia”

2000

Zoltan Jakab has presented an interesting conceptual analysis of the ineffability of qualia in a functionalist and classical cognitivist framework. But he does not want to commit himself to a certain metaphysical thesis on the ontology of consciousness or qualia. We believe that his strategy has yielded a number of highly relevant and interesting insights, but still suffers from some minor inconsistencies and a certain lack of phenomenological and empirical plausibility. This may be due to some background assumptions relating to the theory of mental representation employed. Jakab's starting assumption is that there is no linguistic description of a given experience such that understanding t…

Cognitive sciencePsycholinguisticsVerbal BehaviorConcept Formationmedia_common.quotation_subjectFunctionalism (philosophy of mind)SensationIneffabilityExperimental and Cognitive PsychologyQualiaSemanticsEpistemologyKnowledge by acquaintanceArts and Humanities (miscellaneous)PerceptionDevelopmental and Educational PsychologyMental representationHumansLinguistic descriptionConsciousnessPsychologymedia_commonConsciousness and Cognition
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Imitation Learning and Anchoring through Conceptual Spaces

2007

In order to have a robotic system able to effectively learn by imitation and not merely reproduce the movements of a human teacher, the system should have the capability to deeply understand the perceived actions to be imitated. This paper deals with the development of a cognitive architecture for learning by imitation in which a rich conceptual representation of the observed actions is built. The purpose of the following discussion is to show how the same conceptual representation can be used both in a bottom-up approach, in order to learn sequences of actions by imitation learning paradigm, and in a top-down approach, in order to anchor the symbolical representations to the perceptual act…

Cognitive scienceSettore ING-INF/05 - Sistemi Di Elaborazione Delle InformazioniComputer sciencebusiness.industrymedia_common.quotation_subjectRepresentation (systemics)AnchoringCognitive architectureHUMAN ARM MOVEMENTS; SYSTEM; TIMERobotics Imitation LearningArtificial IntelligenceSimple (abstract algebra)Order (business)PerceptionArtificial intelligenceCognitive imitationImitationbusinessmedia_common
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