about
Models of recognition: a review of arguments in favor of a dual-process account.Why it's easier to remember seeing a face we already know than one we don't: preexisting memory representations facilitate memory formation.Retrograde facilitation under midazolam: the role of general and specific interference.Effective connectivity among the working memory regions during preparation for and during performance of the n-back task.Problem-solving without awareness: an ERP investigation.The role of spurious feature familiarity in recognition memoryOpposing patterns of neural priming in same-exemplar vs. different-exemplar repetition predict subsequent memoryEffects of repetition on associative recognition in young and older adults: item and associative strengthening.He who is well prepared has half won the battle: an FMRI study of task preparation.Uncovering the neural mechanisms underlying learning from tests.The effects of word frequency and similarity on recognition judgments: the role of recollection.Dynamic changes in the medial temporal lobe during incidental learning of object-location associations.Procedural learning and associative memory mechanisms contribute to contextual cueing: Evidence from fMRI and eye-tracking.Repetition related changes in activation and functional connectivity in hippocampus predict subsequent memoryMidazolam does not inhibit association formation, just its storage and strengtheningDrug-induced amnesia hurts recognition, but only for memories that can be unitizedThe list strength effect: a contextual competition account.The low-frequency encoding disadvantage: Word frequency affects processing demandsA contextual interference account of distinctiveness effects in recognition.Identifying the ERP correlate of a recognition memory search attemptPerceptual match effects in direct tests of memory: the role of contextual fan.Word frequency and receiver operating characteristic curves in recognition memory: evidence for a dual-process interpretationModeling age-related memory deficits: a two-parameter solution.Memory for Items and Associations: Distinct Representations and Processes in Associative Recognition.fMRI exploration of pedagogical benefits of repeated testing: when more is not always betterIdentical versus conceptual repetition FN400 and parietal old/new ERP components occur during encoding and predict subsequent memory.Knowing we know before we know: ERP correlates of initial feeling-of-knowingMemory systems do not divide on consciousness: Reinterpreting memory in terms of activation and bindingThe effect of midazolam on visual search: Implications for understanding amnesiaAn attentional-adaptation account of spatial negative priming: evidence from event-related potentialsERP profiles for face and word recognition are based on their status in semantic memory not their stimulus category.Modeling individual differences in working memory performance: a source activation account.The adaptive character of the attentional system: statistical sensitivity in a target localization task.Item strength affects working memory capacity.Building knowledge requires bricks, not sand: The critical role of familiar constituents in learning.Individual differences in working memory capacity are reflected in different ERP and EEG patterns to task difficulty.Hitting the reset button: An ERP investigation of memory for temporal context.The Two Processes Underlying the Testing Effect---Evidence from Event-Related Potentials (ERPs).Differential fan effect and attentional focus.Situated Learning and Education
P50
Q30494391-C1065CB2-F69A-48DF-827F-830E107C1126Q30588602-30C9E06D-4549-4588-8EC9-1BB3300C2CD6Q33293999-23F09F70-C1AD-4587-A5B7-D9BC56AB787AQ34003933-3A3213F5-6358-4293-8E25-83A694FF5FA1Q34082507-F8DF254A-CCE4-4E3C-B67E-1B7A4D35A1E2Q34338539-E89DC201-E323-43FA-B2DA-EEBAFFC0EC1EQ34561078-C1203231-95BF-4A0A-B547-1F9DA0E1417FQ34612333-6C4323A9-5203-4D33-9D70-62436816109DQ35053823-34AE2D77-057A-47AD-B908-41147BF29F3EQ35125053-99D95938-BBCE-4156-B38F-997F4F370D35Q35933790-B694B6FD-3DB0-4B05-81D0-C3B7EE5804EFQ36257915-0F5BFB1D-154E-4DE1-9C8F-3E7673D0A8D7Q36329416-E88B046D-3024-45CD-BD33-F9C737988ABCQ36350721-C18DBDA2-D36F-4A24-AF1B-C7F892CD4C57Q36663426-7BAE9EA2-24DF-4050-890C-B3AAEDCA0A98Q36663430-9DE0D582-636B-49E1-B897-13939DAA58DAQ36663438-431F04F4-3F02-4346-A438-D3BD14F81697Q36663451-7B86579D-9B58-492C-85EA-139F97BE51B0Q36663459-6789677C-7202-40C5-A3FE-66078CDAB16EQ36663473-2AA2F3A6-FE19-4D5E-BD42-BCE7C54CE164Q36676555-E61092B5-FDFA-4A7A-B20C-2CE68D580F0EQ36731090-68A36F0C-6C45-4AAF-80AC-B3ADFEDF0F3FQ36770385-DF75B3BB-4B93-47C5-9DBD-F103008D9825Q36804794-73393630-B16B-426C-ADF2-F2635E4FC48AQ36924031-84674E67-511B-46FC-B84C-862B03A2E2CCQ37088894-35E040C1-27A5-4EC4-9DD7-5A25FA931E04Q37098757-097DF93E-213F-4798-8520-9A5B501C9F11Q37354417-2337B9B1-F1C2-45FE-B9D9-D2225CD29FD5Q37707867-F626625A-A245-4860-BB80-54286FAFBD33Q37726035-6E898193-475B-4C9D-A582-430E4271C81EQ38436089-8557E1E5-60B4-4A6B-9BDD-25D644DDE676Q41115919-443CC9A8-30AE-439D-9996-863290F1B1D1Q41993445-CE4AD6F2-892A-4CEC-BD87-CC9361BB16E5Q47607998-A81CFF0A-DF6D-46B8-97DE-CBB8E6FFFEA4Q48018708-4CC602B9-B804-4125-82F3-BCF827084FEDQ48176387-4D9E077D-1C9F-41FD-AC85-AC44476031E5Q48798511-85B4E60A-6E32-471B-89A2-63A8DB074FF8Q50422145-7F49A4DE-AF93-44A6-8B6D-8D198E73E281Q51934996-5FD57B00-D5A9-4FCF-8F18-884B97EBF414Q56445688-FA451744-3B08-45EC-88EE-1CA5F3772C7F
P50
name
Lynne M. Reder
@ast
Lynne M. Reder
@en
Lynne M. Reder
@nl
type
label
Lynne M. Reder
@ast
Lynne M. Reder
@en
Lynne M. Reder
@nl
prefLabel
Lynne M. Reder
@ast
Lynne M. Reder
@en
Lynne M. Reder
@nl