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Natalia Melnik
Natalia Melnik
Verified email at ovgu.de
Title
Cited by
Cited by
Year
Emergent features in the crowding zone: When target–flanker grouping surmounts crowding
N Melnik, DR Coates, B Sayim
Journal of Vision 18 (9), 1-15, 2018
182018
Emergent features break the rules of crowding
N Melnik, DR Coates, B Sayim
Scientific Reports 10 (1), 406, 2020
172020
Modulation of alpha oscillations is required for the suppression of semantic interference.
N Melnik, I Mapelli, TE Özkurt
Neurobiology of learning and memory 144, 11-18, 2017
122017
A gaze-contingent saccadic re-referencing training with simulated central vision loss
S Ganesan, N Melnik, E Azanon, S Pollmann
Journal of Vision 23 (1), 13-13, 2023
32023
Geometrically restricted image descriptors: A method to capture the appearance of shape
N Melnik, DR Coates, B Sayim
Journal of Vision 21 (3), 14-14, 2021
22021
What Dyslexics See: Excessive Information Loss Characterizes Peripheral Appearance in Dyslexia
N Melnik, DR Coates, B Sayim
ECVP, PERCEPTION 48, 84-84, 2019
12019
Saccadic re-referencing training with gaze-contingent FRL-'fixation': effects of scotoma type and size adaptation
N Melnik, S Pollmann
Vision Research 214, 108340, 2024
2024
Perception-Based Framework for Measuring Quality of Graph Visualizations
BER Tamara Mchedlidze, Alexandru C. Telea, Marius H. Raab, Christophe Hurter ...
https://www.dagstuhl.de/dagpub/2192-5283, 2023
2023
Efficient versus inefficient visual search as training for saccadic re-referencing to an extrafoveal location
N Melnik, S Pollmann
Journal of Vision 23 (10), 13-13, 2023
2023
Oculomotor training to re-reference the saccades in simulated central vision loss: effect of different scotoma conditions
N Melnik, S Pollmann
PERCEPTION 50 (1_ SUPPL), 39-39, 2021
2021
A novel saccadic re-referencing training with simulated central vision loss
S Ganesan, N Melnik, E Azañón, S Pollmann
PERCEPTION 50 (1_ SUPPL), 165-166, 2021
2021
Peripheral appearance in dyslexic readers is characterized by an excessive loss of elements.
N Melnik, DR Coates, B Sayim
2019
Direct capture of peripheral appearance reveals what is lost and retained in peripheral vision
N Melnik, DR Coates, B Sayim
VSS, Journal of Vision 19 (10), 66b-66b, 2019
2019
Too Good to be Crowded: A Peculiar Case of Weak Crowding With High Target-Flanker Similarity
N Melnik, D Coates, B Sayim
ECVP, PERCEPTION 48, 208-208, 2019
2019
Emergent features in the crowding zone
N Melnik, DR Coates, B Sayim
ECVP, 2017
2017
Alpha activity in the posterior regions distinguishes visual false memories and other memory errors
I Mapelli, N Melnik, TE Özkurt
OHBM, 2015
2015
Alpha activity reflects semantic interference resolution in an auditory working memory task
N Melnik, I Mapelli, TE Özkurt
OHBM, 2015
2015
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Articles 1–17