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Estimating the Kinematics of Unseen Joints that Affect the Vision System Justin Hart, Brian Scassellati, Steven Zucker Department of Computer Science.

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Presentation on theme: "Estimating the Kinematics of Unseen Joints that Affect the Vision System Justin Hart, Brian Scassellati, Steven Zucker Department of Computer Science."— Presentation transcript:

1 Estimating the Kinematics of Unseen Joints that Affect the Vision System Justin Hart, Brian Scassellati, Steven Zucker Department of Computer Science Yale University

2 Nico

3 Robotic Self-Modeling
Sensory Systems Kinematics Causal Modeling Photo Credit: Jeremiah Owyang

4 Stereo Vision in a Nutshell
Pinhole Camera Model Camera Center Stereo Correspondence Epipolar Geometry Pinhole Camera Illustration Credit: Wikimedia Commons

5 Epipolar Geometry in a Nutshell
Epipole Epipolar Line Cameras Positioning Orientation

6 Nico's Head Nico's eyes Majority approaches Other approaches
Yaw independently Majority approaches Assume fixed epipolar geometry Assume unknown epipolar geometry Other approaches Compute ego-motion visually Hand/Head-eye calibration

7 Epipolar Kinematic Model

8 Results Left camera image Right camera image, with epipolar lines

9 Kinematics

10 Neck Joints

11 Some Projective Geometry Formulas


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