Search results for 'Semantic Priming' (try it on Scholar)

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  1. Itamar Lerner, Shlomo Bentin & Oren Shriki (2014). Integrating the Automatic and the Controlled: Strategies in Semantic Priming in an Attractor Network With Latching Dynamics. Cognitive Science 38 (5).score: 180.0
    Semantic priming has long been recognized to reflect, along with automatic semantic mechanisms, the contribution of controlled strategies. However, previous theories of controlled priming were mostly qualitative, lacking common grounds with modern mathematical models of automatic priming based on neural networks. Recently, we introduced a novel attractor network model of automatic semantic priming with latching dynamics. Here, we extend this work to show how the same model can also account for important findings regarding (...)
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  2. Martin Reuter, Christian Montag, Kristina Peters, Anne Kocher & Markus Kiefer (2009). The Modulatory Influence of the Functional COMT Val158Met Polymorphism on Lexical Decisions and Semantic Priming. Frontiers in Human Neuroscience 3.score: 180.0
    The role of the prefrontal Cortex (PFC) in higher cognitive functions - including working memory, conflict resolution, set shifting and semantic processing - has been demonstrated unequivocally. Despite the great heterogeneity among tasks measuring these phenotypes, due in part to the different cognitive sub-processes implied and the specificity of the stimulus material used, there is agreement that all of these tasks recruit an executive control system located in the PFC. On a biochemical level it is known that the dopaminergic (...)
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  3. Markus Kiefer Sarah C. Adams (2012). Testing the Attentional Boundary Conditions of Subliminal Semantic Priming: The Influence of Semantic and Phonological Task Sets. Frontiers in Human Neuroscience 6.score: 180.0
    Recent studies challenged the classical notion of automaticity and indicated that even unconscious automatic semantic processing is under attentional control to some extent. In line with our attentional sensitization model, these data suggest that a sensitization of semantic pathways by a semantic task set is necessary for subliminal semantic priming to occur while non-semantic task sets attenuate priming. In the present study, we tested whether masked semantic priming is also reduced by (...)
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  4. Sid Kouider & Emmanuel Dupoux (2004). Partial Awareness Creates the "Illusion" of Subliminal Semantic Priming. Psychological Science 15 (2):75-81.score: 150.0
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  5. Lionel Naccache & Stanislas Dehaene (2001). Unconscious Semantic Priming Extends to Novel Unseen Stimuli. Cognition 80 (3):215-229.score: 150.0
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  6. 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.score: 150.0
  7. Katia Duscherer & Daniel Holender (2002). No Negative Semantic Priming From Unconscious Flanker Words in Sight. Journal of Experimental Psychology 28 (4):839-853.score: 150.0
  8. María Ruz, Eduardo Madrid, Juan Lupiáñez & Pío Tudela (2003). High Density ERP Indices of Conscious and Unconscious Semantic Priming. Cognitive Brain Research 17 (3):719-731.score: 150.0
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  9. Itamar Lerner, Shlomo Bentin & Oren Shriki (2012). Spreading Activation in an Attractor Network With Latching Dynamics: Automatic Semantic Priming Revisited. Cognitive Science 36 (8):1339-1382.score: 150.0
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  10. Timothy P. McNamara (2005). Semantic Priming: Perspectives From Memory and Word Recognition. Psychology Press.score: 144.0
    Semantic priming has been a focus of research in the cognitive sciences for more than 30 years and is commonly used as a tool for investigating other aspects of perception and cognition, such as word recognition, language comprehension, and knowledge representations. Semantic Priming: Perspectives from Memory and Word Recognition examines empirical and theoretical advancements in the understanding of semantic priming, providing a succinct, in-depth review of this important phenomenon, framed in terms of models of (...)
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  11. Diana PhD Deacon, John F. Shelley-Tremblay, Walter Ritter & Anna Dynowska (2013). Electrophysiological Evidence for the Action of a Center-Surround Mechanism on Semantic Processing in the Left Hemisphere. Frontiers in Psychology 4:936.score: 108.0
    Physiological evidence was sought for a center-surround attentional mechanism (CSM), which has been proposed to assist in the retrieval of weakly activated items from semantic memory. The CSM operates by facilitating strongly related items in the “center” of the weakly activated area of semantic memory, and inhibiting less strongly related items in its “surround”. In this study weak activation was created by having subjects acquire the meanings of new words to a recall criterion of only 50%. Subjects who (...)
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  12. N. Hoshino & G. Thierry (2011). Do Spanish-English Bilinguals Have Their Fingers in Two Pies - or is It Their Toes? An Electrophysiological Investigation of Semantic Access in Bilinguals. Frontiers in Psychology 3:9-9.score: 108.0
    We examined the time course of cross-language activation during word recognition in the context of semantic priming with interlingual homographs. Spanish-English bilinguals were presented pairs of English words visually one word at a time and judged whether the two words were related in meaning while recording event-related potentials (ERPs). Interlingual homographs (e.g., “pie”) appeared in the target position and were preceded by primes that were either related to the English meaning (e.g., “apple”), related to the Spanish meaning of (...)
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  13. De-Fu Yap, Wing-Chee So, Ju-Min Melvin Yap, Ying-Quan Tan & Ruo-Li Serene Teoh (2011). Iconic Gestures Prime Words. Cognitive Science 35 (1):171-183.score: 96.0
    Using a cross-modal semantic priming paradigm, both experiments of the present study investigated the link between the mental representations of iconic gestures and words. Two groups of the participants performed a primed lexical decision task where they had to discriminate between visually presented words and nonwords (e.g., flirp). Word targets (e.g., bird) were preceded by video clips depicting either semantically related (e.g., pair of hands flapping) or semantically unrelated (e.g., drawing a square with both hands) gestures. The duration (...)
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  14. Anthony G. Greenwald, R. L. Abrams, Lionel Naccache & Stanislas Dehaene (2003). Long-Term Semantic Memory Versus Contextual Memory in Unconscious Number Processing. Journal of Experimental Psychology 29 (2):235-247.score: 90.0
    Subjects classified visible 2-digit numbers as larger or smaller than 55. Target numbers were preceded by masked 2-digit primes that were either congruent (same relation to 55) or incongruent. Experiments 1 and 2 showed prime congruency effects for stimuli never included in the set of classified visible targets, indicating subliminal priming based on long-term semantic memory. Experiments 2 and 3 went further to demonstrate paradoxical unconscious priming effects resulting from task context. For example, after repeated practice classifying (...)
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  15. Robert Dell'Acqua & Jonathan Grainger (1999). Unconscious Semantic Priming From Pictures. Cognition 73 (1):1-15.score: 90.0
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  16. Sean Draine & Anthony G. Greenwald (1998). Replicable Unconscious Semantic Priming. Journal Of Experimental Psychology-General 127 (3):286-303.score: 90.0
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  17. Lisa Maxfield (1997). Attention and Semantic Priming: A Review of Prime Task Effects. [REVIEW] Consciousness and Cognition 6 (2-3):204-218.score: 90.0
  18. R. AbRams & J. Grinspan (2007). Unconscious Semantic Priming in the Absence of Partial Awareness☆. Consciousness and Cognition 16 (4):942-953.score: 90.0
  19. S. M. Kemp-Wheeler & A. B. Hill (1988). Semantic Priming Without Awareness: Some Methodological Considerations and Implications. Quarterly Journal of Experimental Psychology 40.score: 90.0
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  20. Itamar Lerner & Oren Shriki (2014). Internally- and Externally-Driven Network Transitions as a Basis for Automatic and Strategic Processes in Semantic Priming: Theory and Experimental Validation. Frontiers in Psychology 5.score: 90.0
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  21. D. G. Purcell, A. L. Stewart & K. K. Stanovich (1983). Another Look at Semantic Priming Without Awareness. Perception and Psychophysics 34:65-71.score: 90.0
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  22. George S. Cree, Ken McRae & Chris McNorgan (1999). An Attractor Model of Lexical Conceptual Processing: Simulating Semantic Priming. Cognitive Science 23 (3):371-414.score: 90.0
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  23. Jens Forster, Nira Liberman & Ronald S. Friedman (2009). What Do We Prime? On Distinguishing Between Semantic Priming, Procedural Priming, and Goal Priming. In Ezequiel Morsella, John A. Bargh & Peter M. Gollwitzer (eds.), Oxford Handbook of Human Action. Oxford University Press. 173--193.score: 90.0
  24. Kunchen Xiao & Takashi Yamauchi (2014). Semantic Priming Revealed by Mouse Movement Trajectories. Consciousness and Cognition 27:42-52.score: 90.0
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  25. William W. Beatty & Nancy Monson (1990). Semantic Priming in Multiple Sclerosis. Bulletin of the Psychonomic Society 28 (5):397-400.score: 90.0
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  26. Candice Steffen Holderbaum & Jerusa Fumagalli de Salles (2010). Priming semântico em crianças: efeitos da força de associação semântica e frequência do alvo. Aletheia 33:95-108.score: 90.0
    O priming semântico é um tipo de memória implícita que se caracteriza pelo efeito facilitador de um estímulo precedente no processamento de um estímulo posterior, causado pela relação semântica existente entre os dois. O objetivo deste estudo foi verificar relações entre os efeitos de priming semânt..
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  27. Kate Nation & Margaret J. Snowling (1999). Developmental Differences in Sensitivity to Semantic Relations Among Good and Poor Comprehenders: Evidence From Semantic Priming. Cognition 70 (1):B1-B13.score: 90.0
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  28. Manuel Perea & Arcadio Gotor (1997). Associative and Semantic Priming Effects Occur at Very Short Stimulus-Onset Asynchronies in Lexical Decision and Naming. Cognition 62 (2):223-240.score: 90.0
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  29. Georg Stenberg, Mikael Johansson & Ingmar Rosén (2004). Semantic Priming Effects in a Second Language: An Event-Related Potential Study. Bulletin of the Psychonomic Society 9 (Nov Abstract Supplement):105.score: 90.0
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  30. S. Delord & F. Herbelleau (2000). Unconscious and Conscious Processes in Semantic Priming. Consciousness and Cognition 9 (2):S69 - S69.score: 90.0
     
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  31. Fj Friedrich, Ai Henik & J. Tzelgov (1990). Localizing Prime Task Effects in Semantic Priming. Bulletin of the Psychonomic Society 28 (6):482-483.score: 90.0
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  32. Ds Gorfein, A. Bubka & Sa Berger (1990). Semantic Priming and Word Recognition. Bulletin of the Psychonomic Society 28 (6):497-497.score: 90.0
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  33. Martin Haänze & Friedrich W. Hesse (1993). Emotional Influences on Semantic Priming. Cognition and Emotion 7 (2):195-205.score: 90.0
  34. Jesse Bengson & Keith Hutchison (2007). Variability in Response Criteria Affects Estimates of Conscious Identification and Unconscious Semantic Priming☆. Consciousness and Cognition 16 (4):785-796.score: 90.0
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  35. J. F. Kroll, A. Sholl, J. Altarriba, C. Luppino, L. Moynihan & C. Sanders (1992). Cross-Language Semantic Priming-Evidence for Independent Lexical and Conceptual Contributions. Bulletin of the Psychonomic Society 30 (6):443-443.score: 90.0
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  36. Bénédicte Poulin-Charronnat, Emmanuel Bigand, François Madurell & Ronald Peereman (2005). Musical Structure Modulates Semantic Priming in Vocal Music. Cognition 94 (3):B67-B78.score: 90.0
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  37. B. Poulin, Emmanuel Bigand, F. Madurell & Ronald Peereman (forthcoming). Musical Stucture Modulates Semantic Priming in Vocal Music. Cognition.score: 90.0
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  38. Mt Reinitz, E. Wright & Gr Loftus (1988). Effects of Semantic Priming on Picture-Recognition. Bulletin of the Psychonomic Society 26 (6):493-493.score: 90.0
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  39. N. Snow & J. H. Neely (1987). Reduction of Semantic Priming From Inclusion of Physically or Nominally Related Prime-Target Pairs. Bulletin of the Psychonomic Society 25 (5):335-335.score: 90.0
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  40. E. R. Stoltzfus, L. Hasher & Rt Zacks (1992). Semantic Priming During Language Processing-Several Failures to Replicate. Bulletin of the Psychonomic Society 30 (6):477-477.score: 90.0
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  41. Daniel Holender (1986). Semantic Activation Without Conscious Identification in Dichotic Listening, Parafoveal Vision, and Visual Masking: A Survey and Appraisal. Behavioral and Brain Sciences 9 (1):1-23.score: 84.0
    When the stored representation of the meaning of a stimulus is accessed through the processing of a sensory input it is maintained in an activated state for a certain amount of time that allows for further processing. This semantic activation is generally accompanied by conscious identification, which can be demonstrated by the ability of a person to perform discriminations on the basis of the meaning of the stimulus. The idea that a sensory input can give rise to semantic (...)
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  42. Lara L. Jones & Sabrina Golonka (2012). Different Influences on Lexical Priming for Integrative, Thematic, and Taxonomic Relations. Frontiers in Human Neuroscience 6.score: 84.0
    Word pairs may be integrative (i.e., combination of two concepts into one meaningful entity; e.g., fruit - cake), thematically related (i.e., connected in time and place; e.g., party - cake), and/or taxonomically related (i.e., shared features and category co-members; e.g., muffin - cake). Using participant ratings and computational measures, we demonstrated distinct patterns across measures of similarity and co-occurrence, and familiarity for each relational construct in two different item sets. Overall, target RTs and priming magnitudes were consistent across the (...)
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  43. Markus Kiefer (2012). Executive Control Over Unconscious Cognition: Attentional Sensitization of Unconscious Information Processing. Frontiers in Human Neuroscience 6.score: 84.0
    Unconscious priming is a prototypical example of an automatic process, which is initiated without deliberate intention. Classical theories of automaticity assume that such unconscious automatic processes occur in a purely bottom-up driven fashion independent of attentional control mechanisms. In contrast to these classical theories, our attentional sensitization model of unconscious information processing proposes that unconscious processing is susceptible to attentional top-down control and is only elicited if the cognitive system is configured accordingly. It is assumed that unconscious processing depends (...)
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  44. Sabrina Golonka Lara L. Jones (2012). Different Influences on Lexical Priming for Integrative, Thematic, and Taxonomic Relations. Frontiers in Human Neuroscience 6.score: 84.0
    Word pairs may be integrative (i.e., combination of two concepts into one meaningful entity; e.g., fruit - cake), thematically related (i.e., connected in time and place; e.g., party - cake), and/or taxonomically related (i.e., shared features and category co-members; e.g., muffin - cake). Using participant ratings and computational measures, we demonstrated distinct patterns across measures of similarity and co-occurrence, and familiarity for each relational construct in two different item sets. Overall, target RTs and priming magnitudes were consistent across the (...)
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  45. Raphaël Gaillard, Antoine Del Cul, Lionel Naccache, Fabien Vinckier, Laurent Cohen, Stanislas Dehaene & Edward E. Smith (2006). Nonconscious Semantic Processing of Emotional Words Modulates Conscious Access. Pnas Proceedings of the National Academy of Sciences of the United States of America 103 (19):7524-7529.score: 78.0
  46. Sid Kouider & Emmanuel Dupoux (2001). A Functional Disconnection Between Spoken and Visual Word Recognition: Evidence From Unconscious Priming. Cognition 82 (1):35- 49.score: 78.0
  47. M. R. Klinger, P. Burton & G. Pitts (2000). Mechanisms of Unconscious Priming: Response Competition, Not Spreading Activation. Journal of Experimental Psychology 26 (2):441-455.score: 78.0
  48. Bruno G. Breitmeyer, Tony Ro & Neel S. Singhal (2004). Unconscious Color Priming Occurs at Stimulus- Not Percept-Dependent Levels of Processing. Psychological Science 15 (3):198-202.score: 78.0
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  49. Juan J. Ortells, María Teresa Daza & Elaine Fox (2003). Semantic Activation in the Absence of Perceptual Awareness. Perception and Psychophysics 65 (8):1307-1317.score: 78.0
  50. Atsushi Matsumoto, Tetsuya Iidaka, Michio Nomura & Hideki Ohira (2005). Dissociation of Conscious and Unconscious Repetition Priming Effect on Event-Related Potentials. Neuropsychologia 43 (8):1168-1176.score: 78.0
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