Brian A. Barsky, Professor

Closed (1) Aberration Compensated Displays for Personalized Vision Correction

Applications for Spring 2018 are now closed for this project.

This project is investigating algorithmic vision correction for the user of a display based on his or her spectacles prescription in simple cases or based on measurements of the optical aberrations of his or her vision in more complex cases. Our approach is to compute an altered display that when viewed by the particular individual user would appear in sharp focus for this particular individual. Since some visual impairments involve irregular astigmatism and high order optical aberrations which are impossible to correct with spectacle lenses, the proposed research could provide the opportunity to use display devices for the first time to those for whom this has been heretofore impossible due to their suffering from these ocular conditions.

Website of interest:
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Day-to-day supervisor for this project: Charles Yixuan Ding , Graduate Student

Qualifications: C/C++ programming or Matlab Programming(Image processing toolkit), or CS184, or Fourier Analysis or Linear Algebra, all desirable but not essential

Weekly Hours: to be negotiated

Related website:
Related website:

Related website: