0000000000424804

AUTHOR

Pezzulo

showing 3 related works from this author

The body talks: Sensorimotor communication and its brain and kinematic signatures

2019

Human communication is a traditional topic of research in many disciplines such as psychology, linguistics and philosophy, all of which mainly focused on language, gestures and deictics. However, these do not constitute the sole channels of communication, especially during online social interaction, where instead an additional critical role may be played by sensorimotor communication (SMC). SMC refers here to (often subtle) communicative signals embedded within pragmatic actions - for example, a soccer player carving his body movements in ways that inform a partner about his intention, or to feint an adversary; or the many ways we offer a glass of wine, rudely or politely. SMC is a natural …

Computer scienceSocial InteractionGeneral Physics and AstronomyDeixisCode (semiotics)NO03 medical and health sciences0302 clinical medicineArtificial IntelligenceNatural (music)SemioticsHumansInterpersonal RelationsHuman communication030304 developmental biologyLanguageCognitive science0303 health sciencesGesturesCommunicationBrainAction kinematics; Joint action; Sensorimotor communication; Social coordinationJoint actionSocial coordinationSomatosensory CortexModels TheoreticalSocial relationBiomechanical PhenomenaAction kinematicsAction (philosophy)Sensorimotor communicationSensorimotor CommunicactionGeneral Agricultural and Biological Sciences030217 neurology & neurosurgeryGesture
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Sensorimotor Communication for Humans and Robots: Improving Interactive Skills by Sending Coordination Signals

2018

During joint actions, humans continuously exchange coordination signals and use nonverbal, sensorimotor forms of communication. Here we discuss a specific example of sensorimotor communication-"signaling"-which consists in the intentional modification of one's own action plan (e.g., a plan for reaching a glass of wine) to make it more predictable or discriminable from alternative action plans that are contextually plausible (e.g., a plan for reaching another glass on the same table). We first review the existing evidence on signaling in human-human interactions, discussing under which conditions humans use signaling. Successively, we distill these insights into a computational theory of sig…

Scheme (programming language)Sensorimotor Communication.Computer sciencemedia_common.quotation_subjectPlan (drawing)Human-Robot Interaction050105 experimental psychologyHuman–robot interaction03 medical and health sciencesNonverbal communication0302 clinical medicineJoint ActionArtificial IntelligenceHuman–computer interaction0501 psychology and cognitive sciencesQuality (business)Simulationmedia_commoncomputer.programming_languageSettore ING-INF/05 - Sistemi Di Elaborazione Delle Informazioni05 social sciencesSignalingAction (philosophy)Sensorimotor CommunicationAction planRobotcomputer030217 neurology & neurosurgerySoftwareIEEE Transactions on Cognitive and Developmental Systems
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The Problem of Mental Action: Predictive Control Without Sensory Sheets by Metzinger, T. (2017). In Philosophy and Predictive Processing, eds T. Metz…

2018

A growing number of studies on the acquisition of lexical tone by adult learners have revealed that factors such as language background, musical experience, cognitive abilities, and neuroanatomy all play a role in determining tone learning success. On the basis of these findings, it has been argued that the effectiveness of tone learning in adulthood depends on individual differences in these factors. However, it is not clear whether similar individual differences play an analogous role in tone learning in childhood. Indeed, relatively few studies have made comparisons between how adults and children learn lexical tones. Here, we review recent developments for tone learning in both adults a…

0301 basic medicineControl theory (sociology)General Commentarylcsh:BF1-990predictive processingSensory systemmental actioncontrol theory03 medical and health sciencesModel predictive controllcsh:Psychology030104 developmental biology0302 clinical medicineactive inferenceaction-oriented cognitionPsychologyPsychologyMental action030217 neurology & neurosurgeryGeneral PsychologyCognitive psychologyFrontiers in Psychology
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