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      • Visual Search
    • Cognitive Architectures
      • Attention Control
      • Autonomous Vehicles
      • Cognitive Programs
      • Complexity
      • Development
      • Eye Movements
      • Learning by Composition and Exploration
      • Selective Tuning
      • Spatial Cognition
      • Vision Architecture
      • Visual Working Memory
    • Computational Neuroscience
      • Attention Control
      • Colour
      • Eye Movements
      • Motion
      • Selective Tuning
      • Shape
      • Vision Architecture
    • Computer Vision
      • Active Recognition
      • Autonomous Vehicles
      • Binocular Heads
      • Biomedical Applications
      • Colour
      • Complexity
      • Motion
      • Navigation
      • Saliency
      • Selective Tuning
      • Shape
      • Spatial Cognition
      • Vision Architecture
      • Visual Search
    • Human Vision and Visual Behaviour
      • Attention Control
      • Colour
      • Complexity
      • Development
      • Eye Movements
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      • Selective Tuning
      • Shape
      • Spatial Cognition
      • Vision Architecture
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      • Complexity
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Binocular Heads


Robotic Head Design

The lab has developed two binocular heads in the past, TRISH and TRISH-2; see publications:

E. Milios, M. Jenkin, J. Tsotsos: Design and Performance of TRISH, a Binocular Robot Head with Torsional Eye Movements, special issue on Active Robot Vision: Camera Heads, Model Based Navigation and Reactive Control, International Journal of Pattern Recognition and Artificial Intelligence, 7(1), p51-68, February 1993.

Jenkin, M. R., Milios, E. E., & Tsotsos, J. K. (1992, March). TRISH: The Toronto-IRIS Stereo Head. In Aerospace Sensing (pp. 36-46). International Society for Optics and Photonics.

A novel feature was that of cyclotorsion; for performance of this feature see:

Jenkin, M., Milios, E., Tsotsos, J., Cyclotorsion and the TRISH Active Stereo Head, Int. Workshop on Stereoscopic and Three-Dimensional Imaging, p 218-223, Sept. 6 – 8, 1995, Santorini, Greece.

Jenkin, M., Tsotsos, J., Dudek, G., The horoptor and active cyclotorsion, IAPR Conference on Pattern Recognition, Vol. A, p707 – 710, Jerusalem, October 1994.

Jenkin, M., Tsotsos, J., Active Stereo Vision and Cyclotorsion, Proceedings Computer Vision and Pattern Recognition, p806-811, Seattle, June 20-22, 1994

Currently, there is new effort to design and develop  a 7DOF robotic head. The concept is based on the OREO head design and Agile eye. The Agile eye system is a 3-RRR spherical parallel manipulator system with a workspace that is superior to that of human eye. The agile eye system also allows for faster movement. This platform, once designed, will allow to perform research in advanced computer vision systems.

This work is done with our collaborator Dr. M.R.M. Jenkin , York University

References

Huber, Scott, Ben Selby, and Bryan Tripp. “OREO: An Open-Hardware Robotic Head That Supports Practical Saccades and Accommodation.” IEEE Robotics and Automation Letters3.3 (2018): 2640-2645. Bonev, Ilian A., Damien Chablat, and Philippe Wenger. “Working and assembly modes of the Agile Eye.” Proceedings 2006 IEEE International Conference on Robotics and Automation, 2006. ICRA 2006.. IEEE, 2006.


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Recent News


  • Congrats to Iuliia Kotseruba on wining the Best Student Paper Award at IV 2024!
  • Lab members at NCRN24
  • Markus Solbach presents “Visuospatial Hypothesize-and-Test Strategies Yield High Accuracy without Training; Their Efficiency Improves with Practice” at RAW 2023
  • Current and former lab members at the VSS conference
  • Publications – 2023

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