Vision Science notes (1st edition)

This lecture explains the different types of eye movements: conjugate, disconjugate, shifting, vestibule-ocular reflex, version & vergence, torsion, optokinetic nystagms, and smooth pursuit. The lecture focusses on how we use these eye movements when we are moving, and to perceive objects that are moving- and at the same time. There is extra reading included also including Bruce (2003) Visual Perception textbook, palmer Vision Science textbook and a paper by Barnes (2011) Diagrams are inclu...

This lecture focusses on explaining how we work out what is moving in our field of vision, e.g. how do we know it is a person moving in front of us as opposed to the tv behind them? It compares two theories: extra retina signals and visual masking. These can be complex theories to wrap your head around, and these notes summarise it in an easy way. I have included here the additional reading set by the lecturer, along side some of my own additional reading (identified by a *** in front of it)....

My favourite yet one of the most complicated lectures of the series. This lecture explores Bayesian models of perception. It also explores the incredibly fascinating phenomenon of why Autistic people do not seem to experience visual illusions in the same way that neurotypical people do. Papers by Pelicano and Burr are explored and added to this are some papers that i have read additionally to this lecture and summarised- sure to get extra bonus points in the exam. I received a first in my exam w...

This lecture is aimed at understanding smooth eye pursuit movements and perceiving motion. looking at how we judge motion during pursuit using image-based compensation and extra retinal compensation. This lecture explores different types of illusions and how they effect our eyes to produce the illusions. It investigates the aubert-fleishcl phenomenon, filehne illusion, trajectory illusion, slalom illusion. I have included extra reading on many papers as well here about the retinal and extra ret...