Cambridge University Press / CS / Eq / W. H. Press S. A. / Intel / T. E. Ustun N. V. / /
Country
Canada / /
Currency
USD / / /
Facility
University of Kent / /
IndustryTerm
simultaneous real-time display / optical coherence tomography imaging / ophthalmic imaging / real time / non-invasive imaging / en-face imaging / extra hardware / short correlation algorithm / parallel processing / software cut / parallel computing platform / enface imaging / signal processing / optical coherence tomography processing / imaging / vivo human retinal imaging / data processing requirements / dual graphics processing units architecture / real-time generation / en face imaging / direct en-face imaging / online visualization / storage bank / post-processing / 4D signal processing / 3D imaging / computing / digital signal processing / signal processing steps / /
MusicGroup
A. F. / /
OperatingSystem
L3 / /
Organization
Cambridge University / National Institute of Health / Optical Society of America OCIS / School of Physical Sciences / University of Kent / Bank of England / /
Person
R. Cucu / G. M. Dobre / S. Van der Jeught / D. J. Webb / Nat / J. Pedro / J. Rogers / P. Garcia / D. Saunders / D. C. Adler / V / D. A. Jackson / A. Bradu / R. B. Rosen / I. Gorczynska / V / F. Fitzke / Podoleanu / M. Seeger / A. Podoleanu / M. G. Cid / Adrian Gh / A. G. Podoleanu / G. Dobre / P. Laissue / /
Position
lateral scanning head / Mp / retina and optic nerve head / Mask Mp / Masks Mp / /
ProgrammingLanguage
Labview / /
ProvinceOrState
New Jersey / Quebec / Michigan / Massachusetts / /
Technology
broadband / short correlation algorithm / tomography / optimized algorithm / two algorithms / laser / 2 Coolidge-Tukey algorithm / lasers / radio frequency / parallel processing / /
Imaging the eye fundus with real-time en-face spectral domain optical coherence tomography Adrian Bradu1,* and Adrian Gh. Podoleanu1 1 Applied Optics Group, School of Physical Sciences, University of Kent, Canterbury CT