The Mirror Test Gordon G. Gallup, Jr., James R. Anderson, and Daniel J. Shillito Can animals recognize themselves in mirrors? Gallupconducted an experimental test of this question using a relatively simple approa

Source URL: philosophy.hku.hk

Carroll County Insolvency Cases at the Maryland State Archives Defendant / Insolvent Airing, Daniel Airing, Daniel Airing, James Airing, James, Jr.

Source URL: www.carr.org

Beverly Review logo w address

Source URL: illinoissenatedemocrats.com

• Illinois State Senators
• Illinois
• Kimberly A. Lightford
• John Cullerton
• Heather Steans
• Illinois Senate
• Steven M Landek
• Julie Morrison
• Ira Silverstein
• James Clayborne Jr.
• Tom Cullerton
• Daniel Biss

DENDRON AVIDITY PLATFORMS WITH ORTHOGONAL FOCAL POINT COUPLING SITE Thesis Defense by Daniel McNerny Chair: James R. Baker, Jr., M.D. Tuesday, August 31st at 9:30 am Abstract of Thesis This thesis explores the design and

Source URL: nano.med.umich.edu

Progress in updatable photorefractive polymer-based holographic displays via direct optical writing of computer-generated fringe patterns Sundeep Jolly, James Barabas, Daniel Smalley, and V. Michael Bove, Jr. MIT Media L

Source URL: excedrin.media.mit.edu

• Physics
• Optical devices
• Photonics
• Diffraction
• Spatial light modulator
• Photorefractive effect
• Hogel
• Computer-generated holography
• Diffraction grating
• Optics
• Holography
• Electromagnetic radiation

Computational architecture for full-color holographic displays based on anisotropic leaky-mode modulators Sundeep Jolly1 , Daniel Smalley2 , James Barabas1 , and V. Michael Bove, Jr.1 1 Media Laboratory, Massachusetts I

Source URL: obm.media.mit.edu

• Electromagnetic radiation
• Holography
• Photonics
• 3D imaging
• Single-sideband modulation
• Amplitude modulation
• Modulation
• Baseband
• Sideband
• Optics
• Optical devices
• Physics

Real-time shader rendering of holographic stereograms Quinn Y. J. Smithwick, James Barabas, Daniel E. Smalley, and V. Michael Bove, Jr. Object-Based Media Group, MIT Media Laboratory, Room E15-368, 20 Ames St., Cambridge

Source URL: excedrin.media.mit.edu

• Virtual reality
• Graphics hardware
• Shading
• Rasterisation
• Shader
• Normal mapping
• OpenGL
• Texture mapping
• Vertex
• Computer graphics
• Computing
• 3D computer graphics

Progress in holographic video displays based on guided-wave acousto-optic devices Quinn Y. J. Smithwick, Daniel E. Smalley, V. Michael Bove, Jr., and James Barabas Object-Based Media Group, MIT Media Laboratory, Room E15

Source URL: excedrin.media.mit.edu

• Telecommunications engineering
• Electronic design
• Single-sideband modulation
• Baseband
• Modulation
• Frequency modulation
• Radio electronics
• Bandwidth
• Sideband
• Electronic engineering
• Electronics
• Signal processing

Interactive Holographic Stereograms with Accommodation Cues Quinn Y. J. Smithwick, James Barabas, Daniel E. Smalley, and V. Michael Bove, Jr. Object-Based Media Group, MIT Media Laboratory, Room E15-368, 20 Ames St., Cam

Source URL: excedrin.media.mit.edu

• Stereoscopy
• Emerging technologies
• Display technology
• Vision
• Holography
• Autostereoscopy
• Autostereogram
• Stereopsis
• Parallax
• Imaging
• Optics
• 3D imaging

Is 3-D TV preparing the way for holographic TV? V. Michael Bove, Jr., Quinn Y. J. Smithwick, James Barabas, and Daniel E. Smalley Object-Based Media Group, MIT Media Laboratory, Room E15-368B, 20 Ames St., Cambridge, MA

Source URL: excedrin.media.mit.edu

• Display technology
• Stereoscopy
• Emerging technologies
• Autostereoscopy
• Holography
• 3D display
• Graphics processing unit
• 3D film
• Holographic display
• Imaging
• 3D imaging
• Optics