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Three-dimensional Holographic Video Display Systems Using Multiple Spatial Light Modulators

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What
  • Visitor Seminars
When Apr 12, 2012
from 02:00 PM to 03:00 PM
Where ENGR. IV Bldg., Tesla Room 53-125
Contact Name
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Fahri Yaras

CTO and Director of Engineering at LightField Corporation

 

 

 

Abstract:

In true-3D systems, there is no restriction on the observer side since they ideally reproduce the exact field of the volume filling light with all relevant physical properties. Holography is also a sophisticated true-3D technique. Electro-holography is used to display dynamic holograms. Spatial light modulators are commonly used in electro-holographic systems to display such holograms. A single spatial light modulator is inadequate for a satisfactory quality display. Our study shows that using multiple spatial light modulators is a good solution to achieve satisfactory quality holographic display system. Understanding the single spatial light modulator designs is crucial before moving to multiple spatial light modulators. Color holographic displays, real-time holographic displays, planar and circularly configured holographic displays are some of the multiple spatial light modulator holographic display systems. All of the results point out that the circularly configured holographic display systems are superior and desirable.

 

Biography:

Fahri Yaras received the B.S. and Ph.D. degrees in electrical and electronics engineering from Bilkent University, Ankara, Turkey, in 2005 and 2011, respectively. He was a member of European Commission (EC)-funded 3DTV Project (2005–2008) and Real 3D Project (2008-2011). He joined to LightField Corporation, Philadelphia, PA, as a principal in 2011. Currently he is a CTO and Director of Engineering at LightField Corporation. His current research interests are optical signal processing, electro-holography, holographic 3DTV and signal processing aspects of optical wave propagation. Dr. Yaras is a member of IEEE and OSA. He is also a member of Young Professionals Program provided by OSA.

 

 

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