Search results for "Implicit learning"

showing 10 items of 29 documents

Differential Classical Conditioning of the Nocebo Effect: Increasing Heat-Pain Perception without Verbal Suggestions

2017

Background: Nocebo effects, including nocebo hyperalgesia, are a common phenomenon in clinical routine with manifold negative consequences. Both explicit expectations and learning by conditioning are known to induce nocebo effects, but the specific role of conditioning remains unclear, because conditioning is rarely implemented independent of verbal suggestions. Further, although pain is a multidimensional phenomenon, nocebo effects are usually assessed in subjective ratings only, neglecting, e.g., behavioral aspects. The aim of this study was to test whether nocebo hyperalgesia can be learned by conditioning without explicit expectations, to assess nocebo effects in different response chan…

0301 basic medicineDissociation (neuropsychology)Nocebomedia_common.quotation_subjectlcsh:BF1-990classical conditioning03 medical and health sciences0302 clinical medicinePerceptionPsychologyawarenessHabituationGeneral Psychologyheat-painmedia_commonOriginal Researchnocebo effectClassical conditioningImplicit learningNocebo Effect030104 developmental biologylcsh:PsychologyConditioningPsychologyimplicit learningbehavioral psychology030217 neurology & neurosurgeryCognitive psychologyFrontiers in Psychology
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The use of control groups in artificial grammar learning.

2003

Experimenters assume that participants of an experimental group have learned an artificial grammar if they classify test items with significantly higher accuracy than does a control group without training. The validity of such a comparison, however, depends on an additivity assumption: Learning is superimposed on the action of non-specific variables—for example, repetitions of letters, which modulate the performance of the experimental group and the control group to the same extent. In two experiments we were able to show that this additivity assumption does not hold. Grammaticality classifications in control groups without training (Experiments 1 and 2) depended on non-specific features. T…

AdultArtificial grammar learningmedia_common.quotation_subject050109 social psychologyExperimental and Cognitive Psychology050105 experimental psychologyDevelopmental psychologyHumansLearning0501 psychology and cognitive sciencesControl (linguistics)StudentsGeneral Psychologymedia_commonLanguageGrammarGroup (mathematics)Teaching05 social sciencesCognitionControl GroupsImplicit learningTest (assessment)Regression AnalysisGrammaticalityFrancePsychologyCognitive psychologyThe Quarterly journal of experimental psychology. A, Human experimental psychology
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Is an attention-based associative account of adjacent and nonadjacent dependency learning valid?

2014

Pacton and Perruchet (2008) reported that participants who were asked to process adjacent elements located within a sequence of digits learned adjacent dependencies but did not learn nonadjacent dependencies and conversely, participants who were asked to process nonadjacent digits learned nonadjacent dependencies but did not learn adjacent dependencies. In the present study, we showed that when participants were simply asked to read aloud the same sequences of digits, a task demand that did not require the intentional processing of specific elements as in standard statistical learning tasks, only adjacent dependencies were learned. The very same pattern was observed when digits were replace…

AdultMaleCommunicationSequenceDependency (UML)business.industryComputer scienceSpeech recognitionAssociation LearningExperimental and Cognitive PsychologyGeneral MedicineImplicit learningAssociative learningArts and Humanities (miscellaneous)Developmental and Educational PsychologyHumansAttentionFemalebusinessRepresentation (mathematics)Association (psychology)Associative propertyEvent (probability theory)Acta psychologica
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Dissociation between priming and recognition in the expression of sequential knowledge

2002

Exposure to a repeating sequence of target stimuli in a speeded localization task can support both priming of sequence-consistent responses and recognition of sequence components. Here, a task is introduced in which measures of priming and recognition are obtained concurrently, and it is demonstrated that priming of sequence-consistent responses occurs even when test stimuli are not recognized. The results show that sequence knowledge can be expressed in the absence of conscious recognition. However, we also show that this result is consistent with a simple model in which priming and recognition depend on exactly the same underlying memory strength variable.

AmnesiaExperimental and Cognitive PsychologySerial LearningArts and Humanities (miscellaneous)OrientationPsychophysicsReaction TimeDevelopmental and Educational PsychologymedicineExplicit memoryHumansAttentionRecognition memoryResponse primingCommunicationbusiness.industryImplicit learningPattern Recognition VisualMental RecallSequence learningImplicit memoryProbability Learningmedicine.symptombusinessPsychologyKnowledge of Results PsychologicalPriming (psychology)NeurosciencePsychonomic Bulletin & Review
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Why Untrained Control Groups Provide Invalid Baselines: A Reply to Dienes and Altmann

2003

Dienes and Altmann argue that an untrained control group provides a reliable baseline to measure artificial grammar learning. In this reply, we first provide a fictitious example to demonstrate that this assessment is faulty. We then analyse why this assessment is wrong, and we reiterate the solution proposed in Reber and Perruchet (this issue) for a proper control. Finally, we point out the importance of these methodological principles in the context of implicit learning studies. In their comment, Dienes and Altmann (this issue) raise two main concerns. First, they argue that any difference in classification between an experimental group and an untrained control group reflects the fact tha…

Cognitive scienceArtificial grammar learningPoint (typography)Grammarmedia_common.quotation_subject05 social sciences050109 social psychologyExperimental and Cognitive PsychologyContext (language use)Measure (mathematics)050105 experimental psychologyImplicit learningArgument0501 psychology and cognitive sciencesControl (linguistics)PsychologyGeneral Psychologymedia_commonThe Quarterly Journal of Experimental Psychology Section A
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Implicit learning, development, and education

2010

International audience; The present chapter focuses on implicit learning processes, and aims at showing that these processes could be used to design new methods of education or reeducation. After a brief definition of what we intend by implicit learning, we will show that these processes operate efficiently in development, from infancy to aging. Then, we will discuss the question of their resistance to neurological or psychiatric diseases. Finally, in a last section, we will comment on their potential use within an applied perspective.

Cognitive scienceComputer science4. Education05 social sciencesPerspective (graphical)Artificial GrammarExplicit LearningResistance (psychoanalysis)Open learningSerial Reaction Time TaskExperiential learning050105 experimental psychologyImplicit learning03 medical and health sciences0302 clinical medicineExplicit learningDevelopment (topology)[SCCO.PSYC]Cognitive science/Psychology0501 psychology and cognitive sciencesAmnesic PatientImplicit Learning030217 neurology & neurosurgery
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Implicit learning and statistical learning: one phenomenon, two approaches.

2006

The domain-general learning mechanisms elicited in incidental learning situations are of potential interest in many research fields, including language acquisition, object knowledge formation and motor learning. They have been the focus of studies on implicit learning for nearly 40 years. Stemming from a different research tradition, studies on statistical learning carried out in the past 10 years after the seminal studies by Saffran and collaborators, appear to be closely related, and the similarity between the two approaches is strengthened further by their recent evolution. However, implicit learning and statistical learning research favor different interpretations, focusing on the forma…

Cognitive scienceDivergence (linguistics)ConsciousnessCognitive NeuroscienceTransfer PsychologyStatistics as TopicExperimental and Cognitive PsychologyLanguage acquisitionImplicit learningNeuropsychology and Physiological PsychologyInductive transferSimilarity (psychology)HumansLearningAttentionSequence learningDiscrimination learningPsychologyMotor learningCognitive psychologyTrends in cognitive sciences
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Introducing implicit learning: from the laboratory to the real life

2010

The dissociation between implicit and explicit cognition has a long history in psychology. As early as 1920, Clark Hull (25) investigated the learning of Chinese ideographs and identified the process of concept formation by abstraction of common elements, a process that occurs without explicit knowledge from the subjects of these regularities. Perceptual learning is another example of those processes that take place largely in the absence of awareness of the rules that govern the stimulations of the environment. Helmholtz (24) was one of the first to refer to implicit inference made by the perceptual system and to perceptual learning. Some years later, the distinction between implicit and e…

Computer science05 social sciencesInferenceCognition050105 experimental psychologyImplicit learning03 medical and health sciencesPerceptual system0302 clinical medicinePerceptual learningConcept learning[SCCO.PSYC]Cognitive science/Psychology[SCCO.PSYC] Cognitive science/Psychology0501 psychology and cognitive sciencesImplicit memoryExplicit knowledgeSocial psychology030217 neurology & neurosurgeryComputingMilieux_MISCELLANEOUSCognitive psychology
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Implicit learning

2008

International audience; All of us have learned much about language, music, physical or social environment, and other complex domains, out of any intentional attempts to acquire information. This chapter describes first how studies investigating this form of learning in laboratory situations have shifted from a rule-based interpretation to interpretations assuming a progressive tuning to the statistical regularities of the environment. The next section examines the potential of statistical learning, and whether statistical learning stems from statistical computations or chunk formation. Then the acceptations in which this form of learning may be qualified as implicit are analysed. Finally, i…

Computer sciencemedia_common.quotation_subjectcomputer.software_genre050105 experimental psychology03 medical and health sciences[SCCO]Cognitive science0302 clinical medicine0501 psychology and cognitive sciencesInstance-based learningmedia_commonCognitive scienceGrammarbusiness.industryAlgorithmic learning theoryInterpretation (philosophy)05 social sciencesPsychological nativism[SCCO] Cognitive scienceImplicit learningAssociative learningArtificial intelligenceSequence learningbusinesscomputer030217 neurology & neurosurgeryNatural language processing
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The self-organizing consciousness

2003

We propose that the isomorphism generally observed between the representations composing our momentary phenomenal experience and the structure of the world is the end-product of a progressive organization that emerges thanks to elementary associative processes that take our conscious representations themselves as the stuff on which they operate, a thesis that we summarize in the concept of Self-Organizing Consciousness (SOC).

ConsciousnessLogicPhysiologymedia_common.quotation_subjectDecision Making050105 experimental psychology03 medical and health sciencesBehavioral NeuroscienceCognition0302 clinical medicinePerceptionHumans0501 psychology and cognitive sciencesAssociative propertymedia_commonCognitive scienceUnconscious PsychologySelf05 social sciencesAssociation LearningBrainLinguisticsAutomatismImplicit learningAssociative learningMemory Short-TermNeuropsychology and Physiological PsychologyMental representationNerve NetConsciousnessPsychologyPhenomenology (psychology)030217 neurology & neurosurgeryCognitive psychologyBehavioral and Brain Sciences
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