In this book are reported the main results presented at the "Fourth International Workshop on Data Analysis in Astronomy", held at the Ettore Majorana Center for Scientific Culture, Erice, Sicily, Italy, on April 12-19, 1991. The Workshop was preceded by three workshops on the same subject held in Erice in 1984, 1986 and 1988. The frrst workshop (Erice 1984) was dominated by presentations of "Systems for Data Analysis"; the main systems proposed were MIDAS, AlPS, RIAIP, and SAIA. Methodologies and image analysis topics were also presented with the emphasis on cluster analysis, multivariate analysis, bootstrap methods, time analysis, periodicity, 2D photometry, spectrometry, and data compression. A general presentation on "Parallel Processing" was made which encompassed new architectures, data structures and languages. The second workshop (Erice 1986) reviewed the "Data Handling Systems" planned for large major satellites and ground experiments (VLA, HST, ROSAT, COMPASS-COMPTEL). Data analysis methods applied to physical interpretation were mainly considered (cluster photometry, astronomical optical data compression, cluster analysis for pulsar light curves, coded aperture imaging). New parallel and vectorial machines were presented (cellular machines, PAPIA-machine, MPP-machine, vector computers in astronomy). Contributions in the field of artificial intelligence and planned applications to astronomy were also considered (expert systems, artificial intelligence in computer vision).
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Dateigröße
ISBN-13
978-1-4615-3388-7 (9781461533887)
DOI
10.1007/978-1-4615-3388-7
Schweitzer Klassifikation
Systems and Archives in Astronomy.- Astrophysics Data System.- MIDAS On-Line at the Telescope.- Astronomical Databases: A User Approach.- ESIS: Science Information Retrieval.- Markov Random Field Applications in Image Analysis.- SAST - A Software Package for the Statistical Analysis of Sparse Times.- XRONOS: A Timing Analysis Software Package.- An Automatic Spectrophotometric Data Reduction System for Quantitative Spectral Classification of Stars.- The HST Mission.- The Hubble Space Telescope: Year One.- HST Image Restoration - Status and Prospects.- STSDAS: The Space Telescope Science Data Analysis System.- Detecting Cosmic Rays Hits on HST WF/PC Images Using Neural Networks and Other Discriminant Analysis Approaches.- The ROSAT Mission.- The ROSAT Mission.- Mission Planning with ROSAT.- The ROSAT Data Archive and Other Project Applications of a DBMS.- Interactive Analysis with EXSAS.- PROS: Data Analysis for ROSAT.- The Standard Automatic Analysis Software System (SASS).- The XUV Wide Field Camera On-Board ROSAT: Ground Segment and Data Processing.- An XUV Survey with the Wide Field Camera on ROSAT.- The GRO Mission.- The GRO-COMPTEL Mission: Instrument Description and Scientific Objectives.- Response Determination of COMPTEL from Calibration Measurements, Models, and Simulations.- COMPTEL Processing and Analysis Software System: COMPASS (Requirements and Overview).- Pulsar Analysis within COMPASS.- Maximum Likelihood Method Applied to COMPTEL Source Recognition and Analysis.- Maximum Entropy Imaging and Spectral Deconvolution for COMPTEL.- COMPTEL as a Solar Gamma Ray and Neutron Detector.- Neural Net Approaches for Event Location in the Detector Modules.- The OSSE Data Analysis System.- IGORE: Interactive GRO/OSSE Reduction Environment.- The EGRET High Energy GammaRay Telescope on GRO: Instrument Description and Scientific Mission.- The EGRET High Energy Gamma Ray Telescope on GRO: Data Analysis System at MPE.- Future Missions.- The Extreme Ultraviolet Explorer Mission: Software Development.- The JET-X Experiment On-Board the SPECTRUM-X? Mission.- The SAX Mission.- SAX Mission Ground Support System.- Contributors.
