Vision and Haptics Lab

 Dr Peter Scarfe

The Vision and Haptics Lab is based in the School of Psychology and Clinical Language Sciences at the University of Reading. Work in the lab investigates human multi-sensory perception using techniques that straddle the boundary between Psychology and Engineering.

 

Current work is focused in three areas:

 

(1) Understanding how sensory data is used to construct internal models of the physical laws governing the environment and how these models shape our perception of the world.

 

(2) Determining how information from multiple sensory modalities is integrated for perception and visuomotor control (particularly vision and haptics).

 

(3) Elucidating the sensory information and internal models people use when actively moving and navigating within their environment.

 

Techniques we use to investigate these areas include: behavioural experiments and psychophysics, stereoscopic presentation, 3D immersive virtual reality, haptic robotics, machine learning and Bayesian modelling.

 

 

NEWS

 

Lab@VSS 2018

 

Research from the lab will be presented on four posters at this years VSS conference.

 

(1) Saturday Morning, poster 23.369: Multisensory Detection: Using Vision and Haptics to detect hidden objects. Julie Skevik and Peter Scarfe. poster

 

(2) Sunday Morning, poster 33.450: Perception of Object Movement in Virtual Reality. Rowan T Hughes, Peter Scarfe, Paul B. Hibbard and Loes C. J. van Dam. poster

 

(3) Sunday Morning, poster 33.454: Detecting 3D location change in the presence of grouping cues. Ellis L. Gootjes-Dreesbach, Peter Scarfe and Andrew Glennerster.

 

(4) Monday Morning, poster 43.360: Experimentally disambiguating models of sensory

cue combination. Peter Scarfe and Andrew Glennerster. poster

 

Copies of the posters will be available here after they have been presented.

 

 

Oculus Grant Accepted

 

Our lab, in conjunction with Dr. Loes van Dam and Prof. Paul Hibbard from the University of Essex, have been successfully funded by Oculus Research for a project investigating how information is integrated across the senses in virtual reality. Promises to be a fantastic project at the crossover between applied and basis research.

 

 

 

 

 

 

 

 

Latest Paper from the lab

 

Hornsey, R. L., Hibbard, P. B. and Scarfe, P. (2016). Binocular depth judgements on smoothly curved surfaces. PLOS One, 11 (11), 1-18. pdf

 

 

Work in the lab would not be possible without generous funded from