The exponential growth of data volumes and complexity in astronomy, as in almost every other field of science, presents both great opportunities and great challenges for an effective knowledge discovery. We describe DAta Mining and Exploration (DAME), a general purpose, Web-based, distributed infrastructure for an effective data mining in massive and complex data sets. DAME includes machine-learning tools such as a variety of Artificial Neural Networks, Support Vector Machines, Self-Organizing Maps, Bayesian Networks, etc., for tasks such as an automated classification or regression fitting in multi-dimensional parameter spaces, etc. DAME also provides workspaces and grid access mechanisms, as well as an extensive documentation and user guides. We illustrate DAME applications on several scientific examples. DAME represents a new generation of astroinformatics tools that will become increasingly important for the data-rich astronomy in the 21st century.
DAta Mining and Exploration (DAME): New Tools for Knowledge Discovery in Astronomy / Djorgovski, S. G.; Longo, Giuseppe; Brescia, M.; Donalek, C.; Cavuoti, Stefano; Paolillo, Maurizio; D'Abrusco, R.; Laurino, O.; Mahabal, A.; Graham, M.. - (2012). (Intervento presentato al convegno American Astronomical Society, AAS Meeting tenutosi a USA nel 2011).
DAta Mining and Exploration (DAME): New Tools for Knowledge Discovery in Astronomy
LONGO, GIUSEPPE;M. Brescia;CAVUOTI, STEFANO;PAOLILLO, MAURIZIO;
2012
Abstract
The exponential growth of data volumes and complexity in astronomy, as in almost every other field of science, presents both great opportunities and great challenges for an effective knowledge discovery. We describe DAta Mining and Exploration (DAME), a general purpose, Web-based, distributed infrastructure for an effective data mining in massive and complex data sets. DAME includes machine-learning tools such as a variety of Artificial Neural Networks, Support Vector Machines, Self-Organizing Maps, Bayesian Networks, etc., for tasks such as an automated classification or regression fitting in multi-dimensional parameter spaces, etc. DAME also provides workspaces and grid access mechanisms, as well as an extensive documentation and user guides. We illustrate DAME applications on several scientific examples. DAME represents a new generation of astroinformatics tools that will become increasingly important for the data-rich astronomy in the 21st century.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.