Analysis Facility / University of Bonn / Nasmyth port / WIYN Observatory / WIYN dome / QuickReduce pipeline / AuCaP pipeline / Automatic Calibration Pipeline / Brown University / WIYN facility / University of Arizona / University of Hawaii / Indiana University / The University of Arizona / Pervasive Technology Institute / National Optical Astronomy Observatory / University of Wisconsin / University of Arizona Imaging Technology Lab / /
IndustryTerm
fragmented imaging area / final products / interface software development / instrument software architecture / raw and calibrated data products / imaging / under processing / pipeline operator / static imaging / science applications / rubber focal plane12 / wide field imaging / snow cleaning protocol / e-/ / rubber focal plane / instrument software configuration / /
Organization
Society of Photo-Optical Instrumentation Engineers / University of Wisconsin / Milwaukee / National Science Foundation / Brown University / Imaging Technology Lab / Pervasive Technology Institute / Indiana University / ODI’s OTA / University of Hawaii / University of Wisconsin / Madison / University of Arizona / University of Bonn / Society of PhotoOptical Instrumentation Engineers / University of Arizona Imaging Technology Lab / /
Person
Eric Hoopera / Andrey Yeattsa / Charles Corsonb Wilson Liua / Ralf Kotullaf / Suzanne K. Ramsay / Patricia Knezekk / Muller / Daniel R. Harbecka / Mike Smithg / Garnett / David Ouelleted / Pierre Martini / Michael Lesserd / Corrector Lens / Mark Huntenl / Todd Borosonb / Ian Dell’Antonioe / Richard Bredthauerh / Harbeck / Ian S. McLean / Gary Mullerj / Hideki Takami / / /
Position
design driver / ®.rt / G. P. / controller / Forward / /
The WIYN One Degree Imager 2014: Performance of the Partially Populated Focal Plane and Instrument Upgrade Path Daniel R. Harbecka , Todd Borosonb,c , Michael Lesserd , Jayadev Rajagopalb , Andrey Yeattsa , Charles Corso