'Image point' presentation slideshows

GEOMETRIC OPTICS

GEOMETRIC OPTICS. By DR.AMER ISMAIL ABUIMARA JORADNIAN BOARD OF OPHTHALMOLOGY INTERNATIONAL COUNCIL OF OPHTHALMOLOGY PALESTINIAN BOARD OF OPHTHALMOLOGY. Is the study of light and images using geometric principles .

4.16k views • 383 slides

The Retina

The Retina. Introduction ?- Images from the retina are analyzed for form/movement/color. For each point in the outside world, there is a corresponding image point on the retina in each of the two eyes. .

1.05k views • 83 slides

Review

Review. Previous section: Feature detection and matching Model fitting and outlier rejection. Project 2 questions?. Review: Interest points. Keypoint detection: repeatable and distinctive Corners, blobs, stable regions Harris, DoG, MSER. I x. I y. Harris Detector [ Harris88 ].

760 views • 53 slides

55:148 Digital Image Processing Chapter 11 3D Vision, Geometry Topics:

55:148 Digital Image Processing Chapter 11 3D Vision, Geometry Topics: Basics of projective geometry Points and hyperplanes in projective space Homography Estimating homography from point correspondence The single perspective camera An overview of single camera calibration

564 views • 39 slides

Multiple View Geometry

654 views • 38 slides

Mobile Robotics: 6. Vision 1

659 views • 35 slides

Geometry

Geometry . Dilations. Goals. Identify Dilations Make drawings using dilations. Rigid Transformations. Previously studied in Chapter 7. Rotations Translations These were isometries : The pre-image and the image were congruent. Dilation. Dilations are non-rigid transformations.

533 views • 32 slides

Physics

Physics. Review. Lenses. REMEMBER. Convex lenses are thicker in the middle and thus they converge light rays. Concave lenses are thinner in the middle and thus they diverge light rays. Click. Lenses. Just as with concave mirrors, the characteristics of the image

492 views • 22 slides

Lecture 15 Ray Optics Chapter 23

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Catalytic mechanisms of topoisomerases

Lecture 12: 1 10/25/2006. DNA structure: Tertiary Structure: topology of plasmids. Catalytic mechanisms of topoisomerases. Lecture 12: 2 10/25/2006. Interchromosomal interactions.

268 views • 18 slides

Calculating Optical Flow

Calculating Optical Flow. Ko Daewon July 31, 2013. Contents. Motion fields and Optical flow What is Optical flow? Brightness Constancy Optical Flow Constraint Equation Aperture problem A Global Method: Horn- Schunck`s Method. 1. Motion Fields and Optical Flow.

576 views • 17 slides

8.7 Dilations

8.7 Dilations. Geometry Mrs. Spitz Spring 2005. Objectives/Assignment. Identify dilations Use properties of dilations to create a real-life perspective drawing. Assignment: pp. 509-510 #4-21. Identifying Dilations.

478 views • 16 slides

8.7 Dilations

8.7 Dilations. Geometry Mrs. Spitz Spring 2005. Objectives/Assignment. Identify dilations Use properties of dilations to create a real-life perspective drawing. Assignment: pp. 509-510 #4-21. Identifying Dilations.

426 views • 16 slides

Lesson 9-3

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EOCT Review

238 views • 15 slides

Chapter 36: Image Formation

Chapter 36: Image Formation. Suggested Problems: 3,7,9,23,28,33,45,73,77. Flat Mirrors. p is called the object distance q is called the image distance ? 1 =? 2. Virtual Image: formed when light rays do not pass through the image point but only appear to diverge from that point.

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EOCT Review

240 views • 14 slides

Warmups :

231 views • 9 slides

Dilations

Dilations. Objectives: To be able to dilate shapes given a scale factor and centers of dilation. Find centers of dilation. Scale factors and Centers of Dilation. The size of a dilation is described by its scale factor.

627 views • 6 slides

Dilations

Dilations. Objectives: To be able to dilate shapes given a scale factor and centers of dilation. Find centers of dilation. Scale factors and Centers of Dilation. The size of a dilation is described by its scale factor.

238 views • 6 slides