Search results for "object size"

showing 3 items of 3 documents

The Louder, the Longer: Object Length Perception Is Influenced by Loudness, but Not by Pitch

2019

Sound by itself can be a reliable source of information about an object&rsquo

object sizeCognitive NeuroscienceAcousticsmedia_common.quotation_subjectObject (grammar)050105 experimental psychologyArticleLoudnessmultisensory perception03 medical and health sciences0302 clinical medicineimpact soundContrast (vision)0501 psychology and cognitive scienceslength estimationSound pressureSensory cuelcsh:QH301-705.5Sound (geography)pitchMathematicsmedia_commongeographygeography.geographical_feature_categoryCrossmodal05 social sciencesCell BiologyloudnessSensory SystemsOphthalmologylcsh:Biology (General)Falling (sensation)030217 neurology & neurosurgeryOptometryVision
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Influence of automatic word reading on motor control.

1998

We investigated the possible influence of automatic word reading on processes of visuo-motor transformation. Six subjects were required to reach and grasp a rod on whose visible face the word 'long' or 'short' was printed. Word reading was not explicitly required. In order to induce subjects to visually analyse the object trial by trial, object position and size were randomly varied during the experimental session. The kinematics of the reaching component was affected by word presentation. Peak acceleration, peak velocity, and peak deceleration of arm were higher for the word 'long' with respect to the word 'short'. That is, during the initial movement phase subjects automatically associate…

AdultMaleKinematicsComputer sciencemedia_common.quotation_subjectSpeech recognitionAccelerationObject (grammar)Motor programKinematicsSettore BIO/09 - FisiologiaFunctional LateralityAccelerationContrast (vision)Humansmedia_commonCommunicationAutomatic word readingbusiness.industryGeneral NeuroscienceGRASPReaching-graspingMotor controlReadingMotor SkillsObject distanceSettore MED/26 - NeurologiaFemalebusinessObject sizeWord (computer architecture)The European journal of neuroscience
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Object size modulates fronto-parietal activity during reaching movements

2014

In both monkeys and humans, reaching-related sensorimotor transformations involve the activation of a wide fronto-parietal network. Recent neurophysiological evidence suggests that some components of this network host not only neurons encoding the direction of arm reaching movements, but also neurons whose involvement is modulated by the intrinsic features of an object (e.g. size and shape). To date, it has yet to be investigated whether a similar modulation is evident in the human reaching-related areas. To fill this gap, we asked participants to reach towards either a small or a large object while kinematic and electroencephalographic signals were recorded. Behavioral results showed that …

AdultMaleEvent-related potentialMovementObject (grammar)Kinematicsevent-related potentialsYoung AdultNeural activityEvent-related potentialParietal LobeHumansCommunicationNeuroscience (all)Settore M-PSI/02 - Psicobiologia E Psicologia Fisiologicabusiness.industryGeneral NeuroscienceReachingElectroencephalographyNeurophysiologyevent-related potentials; human; kinematics; object size; reaching; visuo-motor integrationKinematicFronto parietalEvent-Related Potentials P300Biomechanical PhenomenaFrontal LobeVisuo-motor integrationkinematicsSpace PerceptionFemaleNerve NetbusinessPsychologyNeuroscienceObject sizePsychomotor PerformanceHumanEuropean Journal of Neuroscience
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