'Image position' diaporamas de présentation

Lenses

Lenses. A light ray bends as it enters glass and bends again as it leaves. Light passing through glass of a certain shape can form an image that appears larger, smaller, closer, or farther than the object being viewed. . A lens is a piece of glass or plastic that refracts light.

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3D computer vision

3D computer vision. Tracking using Kalman filter (a summary). Aims. To obtain structure and camera motion from an image sequence Utilize inter-picture dynamic information for a sequence Such as constant speed, acceleration etc. Tracking methods. Aims Kalman filtering Condensation.

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Seeing 3D from 2D Images

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Notes 20 Nature of Light Reflection and refraction

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3D Object Recognition Pipeline

3D Object Recognition Pipeline. Morgan Quigley, Stephen Gould Stanford Marius Muja UBC. Kurt Konolige , Radu Rusu , Victor Eruhmov , Suat Gedikli Willow Garage Stefan Holzer , Stefan Hinterstoisser TUM. 3D and Object Recognition. Provides more info than just visual texture

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Chapter 29 Reflection & Refraction

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ECEN 4616/5616 Optoelectronic Design

ECEN 4616/5616 Optoelectronic Design. Class website with past lectures, various files, and assignments: http://ecee.colorado.edu/ecen4616/Spring2014/ (The first assignment will be posted here on 1/22) To view video recordings of past lectures, go to: http://cuengineeringonline.colorado.edu

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Lecture 26: July 29 th 2009

Lecture 26: July 29 th 2009. Physics for Scientists and Engineers II. Ray Diagrams for Thin Lenses. Combination of Thin Lenses. Similar to the procedure we used when calculating the effect of two refracting surfaces: Step 1: Ignore lens 2 and calculate the image position due to lens 1.

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New calculation method of multiple gravitational lensing system

New calculation method of multiple gravitational lensing system. F. Abe Nagoya University. 18 th International Conference on Gravitational Microlensing , Santa Barbara, 21 st Jan 2014. Contents. Introduction Lensing equation Magnification map on the lens plane Transfer matrix

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New calculation method of multiple gravitational lensing system

New calculation method of multiple gravitational lensing system. F. Abe Nagoya University. 18 th International Conference on Gravitational Microlensing , Santa Barbara, 21 st Jan 2014. Contents. Introduction Lensing equation Matrix expression Iteration Remaining problems Summary.

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CONVERGING LENSES

CONVERGING LENSES. Lenses. Lenses REFRACT light and are usually used to form IMAGES. 2 types. convex. concave. bi-convex. plano-convex. bi-concave. plano-concave. Actual. Draw as. Actual. Draw as.

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Reflection and Mirrors

Reflection and Mirrors. Chapter 17 Physics Principles and Problems Zitzewitz, Elliot, Haase, Harper, Herzog, Nelson, Nelson, Schuler and Zorn McGraw Hill, 2005. Law of Reflection. The normal is the imaginary line that is draw perpendicular to the reflective surface.

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Thin Lenses

Thin Lenses.

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