J. A. Annis
Princeton University
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Featured researches published by J. A. Annis.
Proceedings of SPIE | 2010
Jacob Eiting; Ann Elliott; K. Honscheid; J. A. Annis; Elizabeth J. Buckley-Geer; W. C. Wester; M. Haney; William Hanlon; I. Karliner; J. J. Thaler; Mark Meyer; Marco Bonati; German Schumacher; K. Kuehn; Stephen Kuhlmann; Terry Schalk; S. L. Marshall; A. Roodman
The Dark Energy Survey (DES) is a 5000 square degree survey of the southern galactic cap set to take place on the Blanco 4-m telescope at Cerra Tololo Inter-American Observatory. A new 500 MP camera and control system are being developed for this survey. To facilitate the data acquisition and control, a new user interface is being designed that utilizes the massive improvements in web based technologies in the past year. The work being done on DES shows that these new technologies provide the functionality and performance required to provide a productive and enjoyable user experience in the browser.
arXiv: Astrophysics | 2000
Robert C. Nichol; Christopher J. Miller; A. J. Connolly; Shan-Shong Chong; Christopher R. Genovese; Andrew W. Moore; Daniel E. Reichart; Jeff G. Schneider; Larry Wasserman; J. A. Annis; John Brinkman; H. Böhringer; Francisco J. Castander; Timothy A. McKay; Marc Postman; E. Sheldon; István Szapudi; Kathy Romer; W. Voges
We outline here the next generation of cluster-finding algorithms. We show how advances in Computer Science and Statistics have helped develop robust, fast algorithms for finding clusters of galaxies in large multi-dimensional astronomical databases like the Sloan Digital Sky Survey (SDSS). Specifically, this paper presents four new advances: (1) A new semi-parametric algorithm - nicknamed C4 - for jointly finding clusters of galaxies in the SDSS and ROSAT All-Sky Survey databases; (2) The introduction of the False Discovery Rate into Astronomy; (3) The role of kernel shape in optimizing cluster detection; (4) A new determination of the X-ray Cluster Luminosity Function which has bearing on the existence of a deficit of high redshift, high luminosity clusters. This research is part of our Computational AstroStatistics collaboration (see Nichol et al. 2000) and the algorithms and techniques discussed herein will form part of the Virtual Observatory analysis toolkit.
arXiv: Astrophysics | 2003
Ryan Scranton; Niayesh Afshordi; Robert C. Nichol; Joshua A. Frieman; Timothy A. McKay; Jon Loveday; J. A. Annis; Yongzhong Xu; Ravi K. Sheth; Jeffrey A. Munn; Robert J. Brunner; James E. Gunn; John Brinkmann; Robert H. Lupton; Yeong-Shang Loh; István Szapudi; A. J. Connolly; David J. Schlegel; Scott F. Anderson; Stephen M. Kent; E. Sheldon; Brian Charles Lee; Zeljko Ivezic; Alexander S. Szalay; Neta A. Bahcall; Albert Stebbins; Michael S. Vogeley; Tamas Budavari; Max Tegmark; István Csabai
Archive | 2006
B. Flaugher; Fnal; P. Oddone; Wyatt Merritt; Timothy M. C. Abbott; J. A. Annis; Tj Sarlina; Natalie Roe
Archive | 2007
Linhua Jiang; Xing Fan; J. A. Annis; Robert H. Becker; Richard L. White; Kenneth Chiu; Hung-Ju Lin; Robert H. Lupton; Gordon T. Richards; Michael A. Strauss; Sebastian Jester; Donald P. Schneider
Archive | 2006
Jeffrey M. Kubo; J. A. Annis; Ian P. Dell'Antonio; Hossein Khiabanian; Albert Stebbins
Archive | 2006
Huan Lin; M. M. de Lima; Hiroaki Oyaizu; C. E. Cunha; Joshua A. Frieman; J. A. Annis; Benjamin P. Koester; Jiangang Hao; Timothy A. McKay; E. Sheldon
Archive | 2005
Benjamin P. Koester; Timothy A. McKay; August E. Evrard; M. R. Becker; L. E. Bleem; J. A. Annis; Risa H. Wechsler; E. Sheldon; David E. Johnston; Ryan Scranton; Christopher J. Miller; Robert C. Nichol
Archive | 2005
Timothy A. McKay; Benjamin P. Koester; Risa H. Wechsler; J. A. Annis; August E. Evrard; E. Sheldon; Douglas M. Johnston; Sarah M. Hansen; Ryan Scranton
Archive | 2004
Douglas M. Johnston; E. Sheldon; Benjamin P. Koester; Risa H. Wechsler; Timothy A. McKay; Joshua A. Frieman; J. A. Annis; August E. Evrard; Idit Zehavi; Ryan Scranton; Robert C. Nichol; Andrew J. Connolly; T. Budavari; Argyro Tasitsiomi