Search results for '*Visual Feedback' (try it on Scholar)

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  1.  9
    Steven W. Keele & Michael I. Posner (1968). Processing of Visual Feedback in Rapid Movements. Journal of Experimental Psychology 77 (1):155.
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  2.  4
    John D. Gould (1965). Differential Visual Feedback of Component Motions. Journal of Experimental Psychology 69 (3):263.
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  3.  3
    Ronald W. Angel, Harry Garland & Martin Fischler (1971). Tracking Errors Amended Without Visual Feedback. Journal of Experimental Psychology 89 (2):422.
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  4. John D. Gould & Amy Schaffer (1965). Partial Visual Feedback of Component Motions as a Function of Difficulty of Motor Control. Journal of Experimental Psychology 70 (6):564.
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  5.  6
    Richard Held, Aglaia Efstathiou & Martha Greene (1966). Adaptation to Displaced and Delayed Visual Feedback From the Hand. Journal of Experimental Psychology 72 (6):887.
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  6.  2
    John Gyr, Richmond Willey & Adele Henry (1979). Motor-Sensory Feedback and Geometry of Visual Space: An Attempted Replication. Behavioral and Brain Sciences 2 (1):59-64.
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  7. Simon Clavagnier, Arnaud Falchier & Henry Kennedy (2004). Long-Distance Feedback Projections to Area V1: Implications for Multisensory Integration, Spatial Awareness, and Visual Consciousness. Cognitive, Affective and Behavioral Neuroscience. Special Issue 4 (2):117-126.
     
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  8. Martina Rieger, Sandra Dietrich & Wolfgang Prinz (2014). Effects of Angular Gain Transformations Between Movement and Visual Feedback on Coordination Performance in Unimanual Circling. Frontiers in Psychology 5.
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  9.  6
    Gary M. Brosvic, Margaret Farrelly, Edward Rebele, Donna Ribardo, Jill Gutowski, Loreen Kafer & Roberta E. Dihoff (1993). Nonequivalent Roles for Motor and Visual Feedback in the Müller-Lyer and Horizontal-Vertical Illusions. Bulletin of the Psychonomic Society 31 (1):42-44.
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  10.  6
    Eugene A. Lovelace, Beth A. Vella & Donna M. Anderson (1993). Judging Age From Handwriting Done with and Without Visual Feedback. Bulletin of the Psychonomic Society 31 (2):111-113.
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  11.  4
    Rixin Tang, Robert L. Whitwell & Melvyn A. Goodale (2015). The Influence of Visual Feedback From the Recent Past on the Programming of Grip Aperture is Grasp-Specific, Shared Between Hands, and Mediated by Sensorimotor Memory Not Task Set. Cognition 138:49-63.
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  12. Victoria Barkley, Danielle Salomonczyk, Erin K. Cressman & Denise Y. P. Henriques (2014). Reach Adaptation and Proprioceptive Recalibration Following Terminal Visual Feedback of the Hand. Frontiers in Human Neuroscience 8.
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  13. Mahta Karimpoor, Fred Tam, Stephen C. Strother, Corinne E. Fischer, Tom A. Schweizer & Simon J. Graham (2015). A Computerized Tablet with Visual Feedback of Hand Position for Functional Magnetic Resonance Imaging. Frontiers in Human Neuroscience 9.
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  14. William F. Katz & Sonya Mehta (2015). Visual Feedback of Tongue Movement for Novel Speech Sound Learning. Frontiers in Human Neuroscience 9.
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  15. Timo Rantalainen, Ashleigh Weier, Michael Leung, Chris Brandner, Michael Spittle & Dawson Kidgell (2013). Short-Interval Intracortical Inhibition is Not Affected by Varying Visual Feedback in an Isometric Task in Biceps Brachii Muscle. Frontiers in Human Neuroscience 7.
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  16. Martina Rieger, Sandra Dietrich & Wolfgang Prinz (2014). Effects of Angular Shift Transformations Between Movements and Their Visual Feedback on Coordination in Unimanual Circling. Frontiers in Psychology 5.
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  17. Viola Rjosk, Elisabeth Kaminski, Maike Hoff, Bernhard Sehm, Christopher J. Steele, Arno Villringer & Patrick Ragert (2016). Mirror Visual Feedback-Induced Performance Improvement and the Influence of Hand Dominance. Frontiers in Human Neuroscience 9.
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  18.  74
    Steven Lehar, Computational Implications of Gestalt Theory: The Role of Feedback in Visual Processing.
    Neurophysiological investigations of the visual system by way of single-cell recordings have revealed a hierarchical architecture in which lower level areas, such as the primary visual cortex, contain cells that respond to simple features, while higher level areas contain cells that respond to higher order features apparently composed of combinations of lower level features. This architecture seems to suggest a feed-forward processing strategy in which visual information progresses from lower to higher visual areas. However there is other evidence, both neurophysiological (...)
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  19.  17
    Tony Ro, Bruno Breitmeyer, Philip Burton, Neel S. Singhal & David Lane (2003). Feedback Contributions to Visual Awareness in Human Occipital Cortex. Current Biology 13 (12):1038-1041.
  20.  5
    Thomas L. Bennett & Henry C. Ellis (1968). Tactual-Kinesthetic Feedback From Manipulation of Visual Forms and Nondifferential Reinforcement in Transfer of Perceptual Learning. Journal of Experimental Psychology 77 (3p1):495.
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  21. Dean Wyatte, David J. Jilk & Randall C. O'Reilly (2014). Early Recurrent Feedback Facilitates Visual Object Recognition Under Challenging Conditions. Frontiers in Psychology 5.
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  22. Lucy S. Petro, Luca Vizioli & Lars Muckli (2014). Contributions of Cortical Feedback to Sensory Processing in Primary Visual Cortex. Frontiers in Psychology 5.
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  23.  8
    Lawrence Brancazio & Carol A. Fowler (2000). Merging Auditory and Visual Phonetic Information: A Critical Test for Feedback? Behavioral and Brain Sciences 23 (3):327-328.
    The present description of the Merge model addresses only auditory, not audiovisual, speech perception. However, recent findings in the audiovisual domain are relevant to the model. We outline a test that we are conducting of the adequacy of Merge, modified to accept visual information about articulation.
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  24.  18
    A. M. Sillito, H. E. Jones, G. L. Gerstein & D. C. West (1994). Feature-Linked Synchronization of Thalamic Relay Cell Firing Induced by Feedback From the Visual Cortex. Nature 369:479-82.
  25.  9
    Stanislas Dehaene & Laurent Cohen (2007). Response to Carreiras Et Al: The Role of Visual Similarity, Feedforward, Feedback and Lateral Pathways in Reading. Trends in Cognitive Sciences 11 (11):456-457.
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  26. Beck Diane & Tapia Evelina (2015). The Role of Feedback in Visual Processing. Frontiers in Human Neuroscience 9.
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  27. Ryan Frost, Jeffrey Skidmore, Marco Santello & Panagiotis Artemiadis (2015). Sensorimotor Control of Gait: A Novel Approach for the Study of the Interplay of Visual and Proprioceptive Feedback. Frontiers in Human Neuroscience 9.
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  28. Rubi Hammer, Vladimir Sloutsky & Kalanit Grill-Spector (2015). Feature Saliency and Feedback Information Interactively Impact Visual Category Learning. Frontiers in Psychology 6.
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  29. Weldon Kimberly, Woolgar Alexandra, Rich Anina & Williams Mark (2015). How Veridical is Feedback of Visual Object Information to Foveal Retinotopic Cortex? Frontiers in Human Neuroscience 9.
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  30. Robert L. Whitwell, Tzvi Ganel, Caitlin M. Byrne & Melvyn A. Goodale (2015). Real-Time Vision, Tactile Cues, and Visual Form Agnosia: Removing Haptic Feedback From a “Natural” Grasping Task Induces Pantomime-Like Grasps. Frontiers in Human Neuroscience 9.
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  31.  80
    Victor A. F. Lamme (2001). Neural Mechanisms of Visual Awareness: A Linking Proposition. [REVIEW] Brain and Mind 1 (3):385-406.
    Recent developments in psychology and neuroscience suggest away to link the mental phenomenon of visual awareness with specific neural processes. Here, it is argued that the feed-forward activation of cells in any area of the brain is not sufficient to generate awareness, but that recurrent processing, mediated by horizontal and feedback connections is necessary. In linking awareness with its neural mechanisms it is furthermore important to dissociate phenomenal awareness from visual attention or decision processes.
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  32.  24
    Matthew Brown & Derek Besner (2002). Semantic Priming: On the Role of Awareness in Visual Word Recognition in the Absence of an Expectancy. Consciousness and Cognition 11 (3):402-422.
    By hypothesis, awareness is involved in the modulation of feedback from semantics to the lexical level in the visual word recognition system. When subjects are aware of the fact that there are many related prime–target pairs in a semantic priming experiment, this knowledge is used to configure the system to feed activation back from semantics to the lexical level so as to facilitate processing. When subjects are unaware of this fact, the default set is maintained in which activation is (...)
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  33. James T. Enns, Alejandro Lleras & Vince Di Lollo (2006). A Reentrant View of Visual Masking, Object Substitution, and Response Priming. In Gmen, Haluk; Breitmeyer, Bruno G. (2006). The First Half Second: The Microgenesis and Temporal Dynamics of Unconscious and Conscious Visual Processes. (Pp. 127-147). Cambridge, Ma, Us: Mit Press. Xi, 410 Pp.
     
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  34. Jean Bullier (2001). Feedback Connections and Conscious Vision. Trends in Cognitive Sciences 5 (9):369-370.
  35.  3
    Jack A. Adams, Philip H. Marshall & Ernest T. Goetz (1972). Response Feedback and Short-Term Motor Retention. Journal of Experimental Psychology 92 (1):92.
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  36. John D. Eastwood, From Unconscious to Conscious Perception: Emotionally Expressive Faces and Visual Awareness.
  37. Bernard Weiss (1954). The Role of Proprioceptive Feedback in Positioning Responses. Journal of Experimental Psychology 47 (3):215.
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  38.  35
    Alvaro Pascual-Leone & Vincent Walsh (2001). Fast Backprojections From the Motion to the Primary Visual Area Necessary for Visual Awareness. Science 292 (5516):510-512.
  39.  30
    Victor A. F. Lamme (2001). Blindsight: The Role of Feedforward and Feedback Corticocortical Connections. Acta Psychologica 107 (1):209-228.
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  40.  7
    Jack A. Adams, Ernest T. Goetz & Phillip H. Marshall (1972). Response Feedback and Motor Learning. Journal of Experimental Psychology 92 (3):391.
  41. Walter Kintsch & Donald F. McCoy (1964). Delay of Informative Feedback in Paired-Associate Learning. Journal of Experimental Psychology 68 (4):372.
  42.  26
    Harvey S. Smallman & Maia B. Cook (2011). Naïve Realism: Folk Fallacies in the Design and Use of Visual Displays. Topics in Cognitive Science 3 (3):579-608.
    Often implicit in visual display design and development is a gold standard of photorealism. By approximating direct perception, photorealism appeals to users and designers by being both attractive and apparently effortless. The vexing result from numerous performance evaluations, though, is that increasing realism often impairs performance. Smallman and St. John (2005) labeled misplaced faith in realistic information display Naïve Realism and theorized it resulted from a triplet of folk fallacies about perception. Here, we illustrate issues associated with the wider trend (...)
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  43.  7
    Rich S. W. Masters, Jon P. Maxwell & Frank F. Eves (2009). Marginally Perceptible Outcome Feedback, Motor Learning and Implicit Processes. Consciousness and Cognition 18 (3):639-645.
    Participants struck 500 golf balls to a concealed target. Outcome feedback was presented at the subjective or objective threshold of awareness of each participant or at a supraliminal threshold. Participants who received fully perceptible feedback learned to strike the ball onto the target, as did participants who received feedback that was only marginally perceptible . Participants who received feedback that was not perceptible showed no learning. Upon transfer to a condition in which the target was unconcealed, (...)
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  44.  2
    Romeo Chua & Digby Elliott (1997). Visual Control of Target-Directed Movements. Behavioral and Brain Sciences 20 (2):304-306.
    Visual feedback regulation during movement is not fully captured in Plamondon's kinematic theory. However, numerous studies indicate that visual response-produced feedback is a powerful determinant of performance and kinematic characteristics of target-directed movement.
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  45. Charles R. Hamilton & Joseph Bossom (1964). Decay of Prism Aftereffects. Journal of Experimental Psychology 67 (2):148.
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  46.  4
    Rodney M. J. Cotterill (1996). Prediction and Internal Feedback in Conscious Perception. Journal of Consciousness Studies 3 (3):245-66.
    Recent conjectures regarding the nature and mechanism of consciousness are extended to include the contribution of the cerebellum. The role of this brain structure appears to be a rather sophisticated form of prediction, as exemplified by certain dynamical capabilities of the visual system, and by the difficulty of self-administered tickling. The pars intermedia of the cerebellum is perceived as a direct feedback device, functioning in parallel to the primary neuronal circuit involved in consciousness; this leads to the suggestion that (...)
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  47.  11
    Edmond Wright (2001). A Non-Epistemic, Non-Pictorial, Internal, Material Visual Field. Behavioral and Brain Sciences 24 (5):1010-1011.
    The authors O'Regan & Noë (O&N) have ignored the case for the visual field as being non-epistemic evidence internal to the brain, having no pictorial similarity to the external input, and being material in ontological status. They are also not aware of the case for the evolutionary advantage of learning as the perceptual refashioning of such non-epistemic sensory evidence via motivated feedback in sensorimotor activity.
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  48.  38
    Chris Frith (2005). The Self in Action: Lessons From Delusions of Control. Consciousness and Cognition 14 (4):752-770.
    Patients with delusions of control are abnormally aware of the sensory consequences of their actions and have difficulty with on-line corrections of movement. As a result they do not feel in control of their movements. At the same time they are strongly aware of the action being intentional. This leads them to believe that their actions are being controlled by an external agent. In contrast, the normal mark of the self in action is that we have very little experience of (...)
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  49.  2
    John C. Hay & W. Mack Goldsmith (1973). Space-Time Adaptation of Visual Position Constancy. Journal of Experimental Psychology 99 (1):1-9.
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  50.  39
    Ravinder Jerath & Molly W. Crawford (2014). Neural Correlates of Visuospatial Consciousness in 3D Default Space: Insights From Contralateral Neglect Syndrome. Consciousness and Cognition 28:81-93.
    One of the most compelling questions still unanswered in neuroscience is how consciousness arises. In this article, we examine visual processing, the parietal lobe, and contralateral neglect syndrome as a window into consciousness and how the brain functions as the mind and we introduce a mechanism for the processing of visual information and its role in consciousness. We propose that consciousness arises from integration of information from throughout the body and brain by the thalamus and that the thalamus reimages visual (...)
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