This section discusses helpful tips for getting GDM working. In general, if you have a problem using GDM, you can submit a bug to the "gdm" category in bugzilla.gnome.org or send an email to the
<gdm-list@gnome.org
Error parsing: wiki http://download.wikimedia.org/dewiki/
daylight saving time is not valid:
Line no.:40
Error Code: 1292 - Incorrect datetime value: '20080330020503' for column 'cl_timestamp' at row 12023
Increasing mathematical uncertainty from initial starting conditions is the main reason. But, some of it might be due to the fact that while some of the models share common code, they don’t produce the same results with that code owing to differences in the way CPU’s, operating systems, and compilers work.
Results derived from data obtained by Wilkinson Microwave Anisotropy Probe (WMAP) are extensively used in many areas of physics. It has been claimed recently that the published WMAP calibrated data and maps might be in question because of an undocumented timing offset in the official processing pipeline [The origin of the WMAP quadrupole, Hao Liu, Shao-Lin Xiong, Ti-Pei Li]. This timing error was shown to induce a quadrupole pattern in the final maps that is very similar to the officially published quadrupole mode. It is clear that a timing offset at the map-making stage will strongly affect the quadrupole scale, since the map-making in [The origin of the WMAP quadrupole, Hao Liu, Shao-Lin Xiong, Ti-Pei Li] was based on the official WMAP calibrated TOD. But there is also a possibility that the calibration process itself could be affected as well and we test this here. In this work we approximately reproduce the original dipole-based iterative calibration procedure to produce a calibrated data set starting from raw uncalibrated data. Using the calibrated data we generate a set of sky maps that we compare to the officially released maps and note some differences between our and official results. We also investigate the effects of various timing offsets introduced in the calibration stage on the final products. We find that a timing offset in the calibration process has little effect on the calibrated data and induced quadrupole.
D. Achlioptas, und F. McSherry. Proceedings of the thirty-third annual ACM symposium on Theory of computing, Seite 611--618. New York, NY, USA, ACM, (2001)
J. Back, W. Cheng, R. Dann, P. Curzon, und A. Blandford. People and Computers XX -- Engage, Part 4, Springer London, London, The original publication is available at www.springerlink.com.(2007)