-
Introduction
to Proceedings (1)
- Raymond A. Applegate, OD, PhD; Ronald R. Krueger, MD, MSEte
The
Prospects for Perfect Vision (2)
- Larry N. Thibos, PhD
Limits to
Vision: Can We Do Better Than Nature? (3)
- Raymond A. Applegate, OD, PhD
The History
and Methods of Ophthalmic Wavefront Sensing (4)
- Howard C. Howland, PhD
Visual
Benefit of Correcting Higher Order Aberrations of the Eye (5)
- David Williams, PhD; Geun-Young Yoon, PhD; Jason Porter, MS; Antonio
Guirao, PhD; Heidi Hofer, BS; Ian Cox, PhD
Understanding
Aberrations By Using Double-pass Techniques (6)
- Pablo Artal, PhD
Principles
of Hartmann-Shack Aberrometry (7)
- Larry N. Thibos, PhD
The
Spatially Resolved Refractometer (8)
- Stephen A. Burns, PhD
Principles
of Tscherning Aberrometry (9)
- Michael Mrochen, PhD; Maik Kaemmerer, PhD; Peter Mierdel, PhD;
Hans-Eberhard Krinke, PhD; Theo Seiler, MD, PhD
Principles
of Ray Tracing Aberrometry (10)
- Vasyl V. Molebny, DSc; Sophia I. Panagopoulou, BSc; Sergiy V. Molebny,
MSc; Youssef S. Wakil, MD; Ioannis G. Pallikaris, MD
Slit
Skiascopic-guided Ablation Using the Nidek Laser (11)
- Scott MacRae, MD; Masanao Fujieda
Clinical
Experience With the CustomCornea Measurement Device (12)
- George H. Pettit, MD, PhD; John Campin, BSc; Kevin Liedel, OD; Brien
Housand, BS
Clinical
Experience With the Tscherning Aberrometer (13)
- Maik Kaemmerer, PhD; Michael Mrochen, PhD; Peter Mierdel, PhD;
Hans-Eberhard Krinke, PhD; Theo Seiler, MD, PhD
Clinical
Experience With the Tracey Technology Wavefront Device (14)
- Ioannis G. Pallikaris, MD; Sophia I. Panagopoulou, BSc; Vasyl V.
Molebny, DSc
Technology
Requirements for Summit-Autonomous CustomCornea (15)
- Ronald R. Krueger, MD, MSE
Adaptive
Optics Ophthalmoscopy (16)
- Austin Roorda, PhD
Preoperative
Simulation of Outcomes Using Adaptive Optics (17)
- Josef F. Bille, PhD
Modeling and
Predicting Visual Outcomes With VOL-3D (18)
- Edwin J. Sarver, PhD; Raymond A. Applegate, OD, PhD
Summit-Autonomous
CustomCornea Laser in situ Keratomileusis Outcomes (19)
- Marguerite B. McDonald, MD, FACS
Operative
Correction of Ocular Aberrations to Improve Visual Acuity (20)
- Theo Seiler, MD, PhD; Michael Mrochen, PhD; Maik Kaemmerer, PhD
Future
Challenges to Aberration-free Ablative Procedures (21)
- Cynthia Roberts, PhD
Line of
Sight and Alternative Representations of Aberrations of the Eye (22)
- Stanley A. Klein, PhD; Daniel D. Garcia, PhD
A Quick
Method for Analyzing Hartmann-Shack Patterns: Application to Refractive
Surgery (23)
- Habib Hamam, Ing. PhD
Determining
the Accuracy of an Eye Tracking System for Laser Refractive Surgery
(24)
- Natalie M. Taylor, BE; Robert H. Eikelboom, PhD; Paul P. van Sarloos,
PhD; Philip G. Reid, BE
Longitudinal
Evaluation of Optical Aberrations Following Laser in situ Keratomileusis
Surgery (25)
- Xin Hong, MS; Larry N. Thibos, PhD
New
Paradigm for the Treatment of Myopia By Refractive Surgery (26)
- Rejean Munger, PhD
Report
From the VSIA Taskforce on Standards for Reporting Optical Aberrations
of the Eye (27)
- Larry N. Thibos, PhD; Raymond A. Applegate, OD, PhD; James T.
Schwiegerling, PhD; Robert Webb, PhD; VSIA Standards Taskforce Members
Reference
Axis Selection: Subcommittee Report of the OSA Working Group to
Establish Standards for Measurement and Reporting of Optical Aberrations
of the Eye (28)
- Raymond A. Applegate, OD, PhD; Larry N. Thibos, PhD; Arthur Bradley,
PhD; Susana Marcos, PhD; Austin Roorda, PhD; Thomas O. Salmon, OD, PhD;
David A. Atchison, MScOptom, PhD
High
Resolution MRI Study of Circumlental Space in the Aging Eye (29)
- Susan A. Strenk, PhD; Lawrence M. Strenk, PhD; John L. Semmlow, PhD
Measurement
of Corneal Thickness By Videopachymetry: Preliminary Results (30)
- Sandra Franco; José B. Almeida, PhD; M. Parafita, PhD
-
Erratum
News - Phakic
IOLs Revisited; The Current FDA Trials
ISRS News