Similar researchers to Denis Sheynikhovich:
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|
Name |
Institution |
Area |
Added by |
Date |
|
Denis Sheynikhovich (Info) |
Universite Paris 6 |
spatial cognition |
sheynikhovich |
2013‑07‑05 |
|
Angelo Arleo (Info) |
Universite Paris 6 |
Adaptative neurocomputation, spatial cognition |
eburguiere |
2009‑06‑17 |
Sim(0.18) |
Jochen Triesch (Info) |
FIAS |
Neural Computation |
siliconbrain |
2007‑10‑23 |
Sim(0.24) |
Hansem Sohn (Info) |
Yale |
|
visionsl |
2014‑05‑19 |
Sim(0.25) |
Stephen Grossberg (Info) |
Boston University |
Computation & Theory |
david |
2005‑09‑15 |
Sim(0.27) |
Daniel Bullock (Info) |
Boston University |
Neural Computation & Cognitive Theory |
david |
2005‑09‑15 |
Sim(0.31) |
Jean-Baptiste Passot (Info) |
UPMC Univ Paris 6 |
|
doc_fr |
2017‑02‑08 |
Sim(0.33) |
Michael A. Arbib (Info) |
USC |
|
brian |
2006‑04‑06 |
Sim(0.35) |
Adam Johnson (Info) |
Bethel University, Boston University |
|
redishad |
2009‑02‑06 |
Sim(0.35) |
Karthik Shankar (Info) |
Syracuse |
human memory, computational modeling |
mwhoward |
2008‑02‑23 |
Sim(0.36) |
Neil Burgess (Info) |
UCL |
spatial cognition, memory, fMRI, computational modelling |
tomatosquid |
2011‑10‑03 |
Sim(0.36) |
Dana H. Ballard (Info) |
UT Austin, Rochester |
visual system,computational neuroscience |
david |
2005‑07‑08 |
Sim(0.37) |
David Touretzky (Info) |
Carnegie Mellon |
Computational neuroscience, Animal learning |
brian |
2006‑04‑04 |
Sim(0.38) |
HaDi MaBouDi (Info) |
IPM, Queen Mary University of London, University of Sheffield |
Animal cognition, Neuroethology, Robotic |
HaDi |
2014‑01‑18 |
Sim(0.38) |
Constantin A. Rothkopf (Info) |
Technical University Darmstadt |
Visual system, cognition, eye movements |
crothkopf |
2008‑06‑23 |
Sim(0.38) |
Florentin Wörgötter (Info) |
Universität Göttingen |
Computational Neuroscience, Reinforcement Learning, Robotics |
sakyad |
2014‑12‑16 |
Sim(0.38) |
Peggy Seriès (Info) |
Edinburgh |
computational psychiatry |
shinji |
2005‑11‑18 |
Sim(0.39) |
Eric L. Denovellis (Info) |
UC Santa Barbara, UC Santa Barbara, Boston University, UCSF |
Computational Neuroscience, Hippocampus, Prefrontal Cortex |
danb@bu.edu |
2020‑01‑15 |
Sim(0.39) |
Alex Piet (Info) |
Princeton, Allen Institute |
Network Dynamics, Working Memory, Decision Making |
alexpiet |
2014‑10‑29 |
Sim(0.39) |
Konrad P. Kording (Info) |
Northwestern, Penn |
Motor Control, Bayesian statistics, Normative models |
david |
2005‑03‑14 |
Sim(0.4) |
Mitsuo Kawato (Info) |
ATR |
|
shinji |
2005‑11‑01 |
Sim(0.4) |
Randall C. O'Reilly (Info) |
CU Boulder |
Computational models, Hippocampus, Prefrontal Cortex, Cognitive Control |
frankmj |
2006‑08‑20 |
Sim(0.4) |
Ehren L. Newman (Info) |
Indiana University Bloomington, Boston University, Princeton, Brandeis |
Learning & Memory and Neural Circuits |
enewman |
2006‑10‑23 |
Sim(0.4) |
Sabyasachi Shivkumar (Info) |
Rochester |
Neuroscience |
sabyashiv |
2018‑07‑20 |
Sim(0.4) |
Michael Beyeler (Info) |
UC Santa Barbara, UC Santa Barbara |
computational neuroscience, neuroengineering, low vision, visual prostheses |
mbeyeler |
2016‑08‑08 |
Sim(0.41) |
Stan C. Gielen (Info) |
Radboud University Nijmegen |
computational neuroscience |
Gielen |
2008‑02‑12 |
Sim(0.41) |
Thomas J. Palmeri (Info) |
Vanderbilt |
perceptual categorization, perceptual expertise, cognitive modeling |
palmerit |
2007‑01‑25 |
Sim(0.41) |
Marc Howard (Info) |
Syracuse |
human memory, computational modeling |
drpeelle |
2005‑08‑03 |
Sim(0.42) |
Julie Lefort (Info) |
UCL |
spatial navigation, electrophysiology, hippocampus |
JulieLefort |
2020‑06‑23 |
Sim(0.42) |
Virginia R. de Sa (Info) |
UCSD |
|
cab |
2006‑02‑03 |
Sim(0.42) |
Peter Dayan (Info) |
UCL |
|
hayden |
2005‑08‑10 |
Sim(0.42) |
Fei Peng (Info) |
Southern Medical University |
|
fpeng-smu |
2018‑04‑16 |
Sim(0.43) |
Fred Hamker (Info) |
Munster University |
Vision, Attention |
mlappe |
2008‑02‑12 |
Sim(0.43) |
Alireza Modirshanechi (Info) |
Helmholtz Center Munich, Max Planck Insititute for Biological Cybernetics |
computational neuroscience; reinforcement learning; surprise; novelty; exploration; |
modirsha |
2023‑07‑08 |
Sim(0.43) |
Hanneke EM den Ouden (Info) |
Radboud University Nijmegen |
fMRI, computational learning models, DCM, decision making |
hdenouden |
2009‑06‑13 |
Sim(0.44) |
Seth A. Herd (Info) |
CU Boulder |
Computational models, Hippocampus, Prefrontal Cortex, Cognitive Control |
pq |
2015‑11‑25 |
Sim(0.44) |
Kiyohito Iigaya (Info) |
Columbia (Physics Tree) |
|
pq |
2016‑01‑10 |
Sim(0.44) |
Evan Remington (Info) |
Johns Hopkins |
|
mjaz |
2014‑05‑25 |
Sim(0.45) |
Joseph D. Monaco (Info) |
Johns Hopkins |
Computational neuroscience |
drpeelle |
2005‑08‑03 |
Sim(0.45) |
Benoît Girard (Info) |
CNRS / Sorbonne Université, CNRS / Collège de France |
computational neuroscience |
benoitgirard |
2008‑07‑26 |
Sim(0.45) |
Mehdi Khamassi (Info) |
CNRS / UPMC - ISIR |
Decision-making, reinforcement learning, prefrontal cortex, striatum, computational modelling, neurophysiology |
mkham |
2010‑01‑26 |
Sim(0.45) |
James L. McClelland (Info) |
Stanford |
Cognitive Science and Cognitive Neuroscience |
hanks |
2005‑11‑04 |
Sim(0.45) |
Dean R. Wyatte (Info) |
CU Boulder |
|
dwyatte |
2008‑09‑23 |
Sim(0.45) |
Per B. Sederberg (Info) |
Princeton, Ohio State, UVA |
Computational Cognitive Neuroscience, Human Memory, EEG, fMRI |
psederberg |
2007‑01‑02 |
Sim(0.46) |
Garrison Cottrell (Info) |
UCSD |
Computational Cognitive Neuroscience |
gwcottrell |
2007‑01‑26 |
Sim(0.46) |
Sevan K Harootonian (Info) |
Princeton |
computational modeling, spatial cognition, path integration |
Harootonian |
2019‑09‑20 |
Sim(0.46) |
Alberto Antonietti (Info) |
Politecnico di Milano, University of Pavia, Swiss Federal Institute of Technology (EPFL), Politecnico di Milano |
neuroengineering, computational neuroscience, brain simulation, neurorobotics |
aalpha |
2017‑01‑10 |
Sim(0.46) |
Praveen Kumar Pilly (Info) |
Boston University |
Motion Processing, Perceptual and Motor Learning |
advaitp |
2008‑06‑29 |
Sim(0.47) |
Martin A. Giese (Info) |
Universität Tübingen |
Perception and control of movements and actions, Degeneration in neurological disease |
Shervin |
2012‑04‑28 |
Sim(0.47) |
Robert C. Wilson (Info) |
Princeton |
reinforcement learning, decision making, neural networks |
rcw2 |
2012‑10‑19 |
Sim(0.47) |
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