Research interests

Neural Modeling
Parkinson’s Disease & Psychophysics
Visual Psychophysics
Electrophysiology

 

loading slideshow...

Neural Modeling

 

  • Figure-ground segregation by multiscale sampling: the suggested model relies on fast brain inter-areal connections

 

Description: K:Users:Arash:Desktop:ICONm-scale.gif

 

  • Three cortical models to approach brightness-related precepts, with Bo Cao

Description: Description: K:Users:Arash:Documents:Index_Grand:Arash_Yazdanbakhsh_Research_Interest_Boston_University_files:icon_ay.gif

 

Description: Description: K:Users:Arash:Documents:Index_Grand:Arash_Yazdanbakhsh_Research_Interest_Boston_University_files:kinetic-occlusion-preview.gif

 

 

  • An approach using Differential Geometry to introduce the 3D aperture problem for the phenomena which cannot be explained by the classical aperture problem

 

 

 

Visual Psychophysics

 

  • Psychophysical testing of the 3D aperture problem model: further evidence for 3D rather than classic aperture problem 

Description: Description: K:Users:Arash:Documents:Simone:ForthSub:for Web:animated.gif

 

  • The actual RTLI illusion, that Simone put together, and that encouraged us to measure perceptive fields

 

  •   Induced motion with emphasis on the frame of reference with Jasmin Léveillé

Description: K:Users:Arash:Documents:Jasmin:Submission2:SubmissionJOVFinal:FastDownSampled.gif

 

  • Induced motion and motion assimilation in depth with Jasmin Léveillé

 

 

Parkinson’s Disease & Psychophysics

 

 

Electrophysiology