date: 2012-04-02T08:16:38Z pdf:unmappedUnicodeCharsPerPage: 0 PXCViewerInfo: PDF-XChange Viewer;2.5.201.0 [(PrivateBuild];Jan 23 2012;21:08:47;D:20120402101638+02'00' pdf:PDFVersion: 1.5 pdf:docinfo:title: Visuomotor Adaptation: Dependency on Motion Trajectory xmp:CreatorTool: Acrobat PDFMaker 5.0 für Word dc:description: The present contribution studies the rapid adaptation process of the visuomotor system to optical transformations (here: shifting the image horizon- tally via prism goggles). It is generally believed that this adaptation consists primarily of recalibrating the transformation between visual and proprioceptive perception. According to such a purely perceptual account of adaptation, the exact path used to reach the object should not be important. If, however, it is the transformation from perception to action that is being altered, then the adapta- tion should depend on the motion trajectory. In experiments with a variety of different motion trajectories we show that visuomotor adaptation is not merely a perceptual recalibration. The structure of the motion (starting position, trajec- tory, end position) plays a central role, and even the weight load seems to be important. These results have strong implications for all models of visuomotor adaptation. access_permission:modify_annotations: true access_permission:can_print_degraded: true subject: The present contribution studies the rapid adaptation process of the visuomotor system to optical transformations (here: shifting the image horizon- tally via prism goggles). It is generally believed that this adaptation consists primarily of recalibrating the transformation between visual and proprioceptive perception. According to such a purely perceptual account of adaptation, the exact path used to reach the object should not be important. If, however, it is the transformation from perception to action that is being altered, then the adapta- tion should depend on the motion trajectory. In experiments with a variety of different motion trajectories we show that visuomotor adaptation is not merely a perceptual recalibration. The structure of the motion (starting position, trajec- tory, end position) plays a central role, and even the weight load seems to be important. These results have strong implications for all models of visuomotor adaptation. dc:creator: Christian Kaernbach and Lutz Munka and Douglas Cunningham description: The present contribution studies the rapid adaptation process of the visuomotor system to optical transformations (here: shifting the image horizon- tally via prism goggles). It is generally believed that this adaptation consists primarily of recalibrating the transformation between visual and proprioceptive perception. According to such a purely perceptual account of adaptation, the exact path used to reach the object should not be important. If, however, it is the transformation from perception to action that is being altered, then the adapta- tion should depend on the motion trajectory. In experiments with a variety of different motion trajectories we show that visuomotor adaptation is not merely a perceptual recalibration. The structure of the motion (starting position, trajec- tory, end position) plays a central role, and even the weight load seems to be important. These results have strong implications for all models of visuomotor adaptation. dcterms:created: 2002-09-01T12:11:36Z Last-Modified: 2012-04-02T08:16:38Z dcterms:modified: 2012-04-02T08:16:38Z pdf:docinfo:custom:PXCViewerInfo: PDF-XChange Viewer;2.5.201.0 [(PrivateBuild];Jan 23 2012;21:08:47;D:20120402101638+02'00' dc:format: application/pdf; version=1.5 title: Visuomotor Adaptation: Dependency on Motion Trajectory Last-Save-Date: 2012-04-02T08:16:38Z pdf:docinfo:creator_tool: Acrobat PDFMaker 5.0 für Word access_permission:fill_in_form: true pdf:docinfo:modified: 2012-04-02T08:16:38Z meta:save-date: 2012-04-02T08:16:38Z pdf:encrypted: false dc:title: Visuomotor Adaptation: Dependency on Motion Trajectory modified: 2012-04-02T08:16:38Z cp:subject: The present contribution studies the rapid adaptation process of the visuomotor system to optical transformations (here: shifting the image horizon- tally via prism goggles). It is generally believed that this adaptation consists primarily of recalibrating the transformation between visual and proprioceptive perception. According to such a purely perceptual account of adaptation, the exact path used to reach the object should not be important. If, however, it is the transformation from perception to action that is being altered, then the adapta- tion should depend on the motion trajectory. In experiments with a variety of different motion trajectories we show that visuomotor adaptation is not merely a perceptual recalibration. The structure of the motion (starting position, trajec- tory, end position) plays a central role, and even the weight load seems to be important. These results have strong implications for all models of visuomotor adaptation. pdf:docinfo:subject: The present contribution studies the rapid adaptation process of the visuomotor system to optical transformations (here: shifting the image horizon- tally via prism goggles). It is generally believed that this adaptation consists primarily of recalibrating the transformation between visual and proprioceptive perception. According to such a purely perceptual account of adaptation, the exact path used to reach the object should not be important. If, however, it is the transformation from perception to action that is being altered, then the adapta- tion should depend on the motion trajectory. In experiments with a variety of different motion trajectories we show that visuomotor adaptation is not merely a perceptual recalibration. The structure of the motion (starting position, trajec- tory, end position) plays a central role, and even the weight load seems to be important. These results have strong implications for all models of visuomotor adaptation. Content-Type: application/pdf pdf:docinfo:creator: Christian Kaernbach and Lutz Munka and Douglas Cunningham X-Parsed-By: org.apache.tika.parser.DefaultParser creator: Christian Kaernbach and Lutz Munka and Douglas Cunningham meta:author: Christian Kaernbach and Lutz Munka and Douglas Cunningham meta:creation-date: 2002-09-01T12:11:36Z created: 2002-09-01T12:11:36Z access_permission:extract_for_accessibility: true access_permission:assemble_document: true xmpTPg:NPages: 6 Creation-Date: 2002-09-01T12:11:36Z pdf:charsPerPage: 2716 access_permission:extract_content: true access_permission:can_print: true Author: Christian Kaernbach and Lutz Munka and Douglas Cunningham producer: Acrobat Distiller 5.0 (Windows) access_permission:can_modify: true pdf:docinfo:producer: Acrobat Distiller 5.0 (Windows) pdf:docinfo:created: 2002-09-01T12:11:36Z