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Class 3a of 3: Autostereoscopic 3-D Displays - Favalora - OFH Posted by: opticsforhire
Video duration: 506 seconds 3-D displays without the extra eyewear. Three-part course covers 3-D perception, and displays: parallax barrier, lenticular, volumetric, scanned / lightfield, holography. From Optics for Hire. Instructor: Gregg Favalora |
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Class 3b of 3: Autostereoscopic 3-D Displays - Favalora - OFH Posted by: opticsforhire
Video duration: 567 seconds 3-D displays without the extra eyewear. Three-part course covers 3-D perception, and displays: parallax barrier, lenticular, volumetric, scanned / lightfield, holography. From Optics for Hire. Instructor: Gregg Favalora |
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Class 3c of 3: Autostereoscopic 3-D Displays - Favalora - OFH Posted by: opticsforhire
Video duration: 428 seconds 3-D displays without the extra eyewear. Three-part course covers 3-D perception, and displays: parallax barrier, lenticular, volumetric, scanned / lightfield, holography. From Optics for Hire. Instructor: Gregg Favalora |
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class 2e of 3: autostereoscopic 3-d displays - favalora - ofh Posted by: opticsforhire
Video duration: 388 seconds 3-D displays without the extra eyewear. Three-part course covers 3-D perception, and displays: parallax barrier, lenticular, volumetric, scanned / lightfield, holography. From Optics for Hire. Instructor: Gregg Favalora |
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class 2d of 3: autostereoscopic 3-d displays - favalora - ofh Posted by: opticsforhire
Video duration: 524 seconds 3-D displays without the extra eyewear. Three-part course covers 3-D perception, and displays: parallax barrier, lenticular, volumetric, scanned / lightfield, holography. From Optics for Hire. Instructor: Gregg Favalora |
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class 2c of 3: autostereoscopic 3-d displays - favalora - ofh Posted by: opticsforhire
Video duration: 535 seconds 3-D displays without the extra eyewear. Three-part course covers 3-D perception, and displays: parallax barrier, lenticular, volumetric, scanned / lightfield, holography. From Optics for Hire. Instructor: Gregg Favalora |
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class 2b of 3: autostereoscopic 3-d displays - favalora - ofh Posted by: opticsforhire
Video duration: 569 seconds 3-D displays without the extra eyewear. Three-part course covers 3-D perception, and displays: parallax barrier, lenticular, volumetric, scanned / lightfield, holography. From Optics for Hire. Instructor: Gregg Favalora |
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class 2a of 3: autostereoscopic 3-d displays - favalora - ofh Posted by: opticsforhire
Video duration: 529 seconds 3-D displays without the extra eyewear. Three-part course covers 3-D perception, and displays: parallax barrier, lenticular, volumetric, scanned / lightfield, holography. From Optics for Hire. Instructor: Gregg Favalora |
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class 1c of 3: autostereoscopic 3-d displays - favalora - ofh Posted by: opticsforhire
Video duration: 318 seconds 3-D displays without the extra eyewear. Three-part course covers 3-D perception, and displays: parallax barrier, lenticular, volumetric, scanned / lightfield, holography. From Optics for Hire. Instructor: Gregg Favalora |
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class 1b of 3: autostereoscopic 3-d displays - favalora - ofh Posted by: opticsforhire
Video duration: 579 seconds 3-D displays without the extra eyewear. Three-part course covers 3-D perception, and displays: parallax barrier, lenticular, volumetric, scanned / lightfield, holography. From Optics for Hire. Instructor: Gregg Favalora |
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class 1a of 3: autostereoscopic 3-d displays - Favalora Posted by: opticsforhire
Video duration: 596 seconds 3-D displays without the extra eyewear. Three-part course covers 3-D perception, and displays: parallax barrier, lenticular, volumetric, scanned / lightfield, holography. From Optics for Hire. Instructor: Gregg Favalora |
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Using optics to design LED lighting systems Posted by: opticsforhire
Video duration: 561 seconds simple overview of design options, process and costs of using lens, films, reflectors and light pipes with LEDs |
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Patent application for no glasses 3D Posted by: opticsforhire
Video duration: 200 seconds Video demonstrates optical concepts of a no glasses 3D display. It is is one of several methods for creating 3D 'hologram like' images developed by Actuality. Technology is now owned by http://www.opticsfor hire.com Actuality commercialized another approach using a rotating screen in a product called Perspecta which won Display Application of the Year at SID. |
![description of patent for \](http://img.youtube.com/vi/gJGp5zxuM60&feature=youtube_gdata/2.jpg "description of patent for \") |
description of patent for 'no glasses' 3D video Posted by: opticsforhire
Video duration: 63 seconds Technology is owned by http://www.opticsfor hire.com and was developed by Actuality Systems, it is one of several methods for creating 3D 'hologram like' images created by Actuality. Actuality commercialized another approach using a rotating screen in a product called Perspecta which won Display Application of the Year at SID. |
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OFH, Actuality brachytherapy visualization methods Posted by: opticsforhire
Video duration: 601 seconds Patent pending methods for radioactive seed detection in prostrate brachytherapy. We show results for surgical planning and software visualization. |
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designing an LED optic using Zemax Posted by: opticsforhire
Video duration: 157 seconds A short video showing how an optical engineer uses Zemax to create a lens design a collimator for an LED. Learn more at http://www.opticsfor hire.com |
