Data Analysis in Astronomy [electronic resource] /

Data Analysis Methodologies -- The Data Analysis Facilities That Astronomers Want -- Time Analysis in Astronomy: Tools for Periodicity Searches -- Cluster Analysis by Mixture Identification -- Graphical Methods of Exploratory Data Analysis -- Faint Objects in Crowded Fields: Discrimination and and Counting -- Multivariate Statistics to Analyze Extraterrestial Particles from the Ocean Floor -- Statistical Analysis of Pulse Processes -- Application of Bootstrap Sampling in Gamma-ray Astronomy: Time Variability in Pulsed Emission from Crab Pulsar -- Binary Slice Fit Ellipticity Analysis -- An Automated Method for Velocity Field Analysis -- The Star Observation Strategy for HIPPARCOS -- Panel discussion on: Data Analysis Trends in X-ray and y-ray Astronomy -- Panel discussion on: Trends in Optical and Radio Data Analysis -- Systems for Data Analysis -- to Data Analysis Systems for Astronomy -- FIPS: Objectives and Achievements -- MIDAS -- Space Telescope Science Data Analysis -- NRAO’s Astronomical Image Processing System (AIPS) -- Astronet -- The CDCA Package: Past, Present and Future -- Design of a Pattern-Directed System for the Interpretation of Digitized Astronomical Images -- An Astronomical Data Analyzing Monitor -- RIAIP — A System for Interacting with Astronomical Images -- Experience Report on the Transportation of Software Systems in Connection with the Creation of MOTHER, the VAX/VMS version of the Groningen HERMES -- SAIA: A System for Astronomical Image Analysis -- A System for Deep Plate Analysis: An Overview -- The Groningen Image Processing System -- Panel discussion on Systems for Data Analysis: What They Are, What They Should be? -- Image Processing -- Astronomical Input to Image Processing, Astronomical Output from Image Processing -- Review Methodologies in Digital Image Processing -- 2-D Photometry -- Spectrometry -- Time Dependent Analysi s -- Morphological Analysis of Extended Objects -- Solar Image Processing With the Clark Lake Radioheliograph -- Display of Three-dimensional Data in Radioastronomy -- Data Compression Techniques in Image Processing for Astronomy. -- Fast Digital Image Processing Algorithms and Techniques for Object Recognition and Decomposition -- Automatic Analysis of Crowded Fields -- DWARF: The Dwingeloo-Westerbork Astronomical Reduction Facility -- Parallel Processing -- Steps Toward Parallel Processing -- New Architectures for Image Processing -- Data Structures and Languages in Support of Parallel Image Processing for Astronomy -- Morphology and Probability in Image Processing -- Trend in Parallel Processing Applications -- Concluding Discussion -- Panel discussion on How Can Computer Science Contribute to the Solution of Problems Posed by Astronomers.

Bibliographic Details

Main Authors:	Gesù, V. Di. editor., Scarsi, L. editor., Crane, P. editor., Friedman, J. H. editor., Levialdi, S. editor., SpringerLink (Online service)
Format:	Texto biblioteca
Language:	eng
Published:	Boston, MA : Springer US, 1985
Subjects:	Physics., Astronomy., Astrophysics., Cosmology., Astronomy, Astrophysics and Cosmology.,
Online Access:	http://dx.doi.org/10.1007/978-1-4615-9433-8
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