Engineering the Eye
23th Symposium: June 13-15, 2002
Innovations in Vision Correction I
Chair: David Williams
Earl Smith, University of Houston
Fundamentals of emmetropization
Tom Norton, University of Alabama, Birmingham
Optical, neural, or pharmacological control of emmetropization and myopia?
Fabrice Manns, University of Miami
Correction of presbyopia: the Phaco-Ersatz technique
Jay Pepose, Pepose Vision Institute
Treatment of presbyopia by scleral expansion
Innovations in Vision Correction II
Chair: Ian Cox
Ray Applegate, University of Houston
Fundamentals of aberrations
Pablo Artal, Universidad de Murcia
Nature and location of the ocular aberrations
Susana Marcos, Institute de Optica, CSIC
Origins of aberrations after intraocular and corneal refractive surgeries
George Pettit, Alcon Labs
Customized refractive surgery
Innovations in Vision Correction III
Chair: Scott MacRae
Chris Sandstedt, Calhoun Vision, Inc.
Light-adjustable IOLs
Ian Cox, Bausch & Lomb
Feasibility of wavefront aberration correction with contact lenses
Eli Peli, Schepens Eye Research Institute
Vision multiplexing—an engineering approach to vision rehabilitation devices
Innovations in Retinal Imaging I
Chair: David Calkins
Fred Fitzke, University College, London
High resolution retinal imaging and its clinical utility
Steve Burns, Schepens Eye Research Institute
Applications of SLO
Reginald Birngruber, Medical Laser Center, Lubeck GmbH
Confocal laser fluorescence topography: 3D-Reconstruction of chorioretinal vascular structures
Joe Izatt, Duke University
In vivo micron-scale anatomic and functional imaging using optical coherence tomography
Innovations in Retinal Imaging II
Chair: Geunyoung Yoon
Chris Dainty, Imperial College, London
Fundamentals of adaptive optics
Dirk Uwe-Bartsch, University of California, San Diego
Clinical applications of resolution improvement and scanning laser ophthalmoscopy
Austin Roorda, University of Houston
Adaptive optics in a scanning laser ophthalmoscope
Scot Olivier, Lawrence Livermore National Laboratory
Alternative wavefront correctors For adaptive optics
Innovations in Retinal Imaging III
Chair: Austin Roorda
Don Miller, Indiana University
Coherence gating and adaptive optics for the eye
Dan Ferguson, Physical Sciences, Inc.
Theoretical limits of eye tracking in retinal imaging
Tim Holmes, Autoquant Imaging, Inc.
Deconvolution in retinal imaging
Organizing Committee:
David Williams, Chair
David Calkins
Ian Cox
Steve Feldon
Scott MacRae
Austin Roorda
Symposium supported by the NSF Science and Technology Center for Adaptive Optics, Grant #AST-9876783