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18- Vision-action integration

Morgan Paladino

Created on October 1, 2025

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Transcript

vision-action integration

10.1.25

Start

Announcements Exam 1

the format you've been waiting for:

  • 15 multiple choice (MCQ)
    • half from quizzes
    • half from vignettes at beginning of each chapter

  • 15 non-MCQ
    • T/F
    • matching
    • fill-in-the-blank/diagram
    • short answer (a few sentences)

Announcements Exam 1 review

  • what you won't have
    • fill-in-review sheet
    • Zoom review session
  • what you do have
    • Emma's review slides
    • can schedule office hours with Morgan or Emma today(Wed)/tomorrow (Thurs)

Announcements misc

  • Zoom lecture from Mon 9.29.25 posted on Canvas (Zoom Lectures module)
  • PDF version of Mon 9.29.25 also now posted
  • Milestone 2 worksheet included in Project Instructions (Project Resources module)

Studying vision-action integration

  • Action is critically dependent on visual perception
  • Vision informs action, and action is adjusted based on feedback from vision

Studying vision-action integration

  • Task: Draw parallel lines, keeping time with a metronome that increases rate of ticking
  • Either done with eyes open or eyes closed

vision affects action

Actively calibrating vision & action a) can quickly & accurately adjust & b) doesn't require extensive learning

In this experiment, wearing prism goggles results in woman throwing 10 cm off-target at first... but with time she becomes as accurate as she was without the goggles.

Action affects vision

How you process sensory information will depend on the actions you are considering taking.

Action affects vision

How you process sensory information will depend on the actions you are considering taking.

vision & Body position

  • Which spatial frequency of an object we perceive most accurately varies depending on where that object is relative to the hands
  • Low spatial frequency is prioritized near the hands, corresponding to which information is most useful for grasping

Neural Mechanisms of Perception for Action

Dorsal pathway in parietal cortex is prominent
  • Anterior Intraparietal Area (AIP)
    • Grasping
  • Medial Intraparietal Area (MIP)
    • Reaching
  • Lateral Intraparietal Area (LIP)
    • Eye movements

Bimodal Neurons and Tool Use

The receptive field of a bimodal neuron can adjust to encompass a tool used by that part of the body Almost like the tool is “a part of you”

Mirror neurons

Neurons that respond to both your own actions and similar actions performed by another Thought to play an important role in learning from observing others

Thank you!

Don't forget your exit tickets!