We briefly review the work of the past decade on automated classification of stellar spectra and discuss techniques which show particular promise. Emphasis is placed on Artificial Neural Network and Principle Component Analysis based techniques, due both to our greater familiarity with these and to their rising popularity. As an example of the abilities of current techniques we report on our automated classification work based on the visual classifications of N. Houk (Michigan Spectral Catalogue, Vol. 1 - 4, 1975, 1978, 1982, 1988)
Abstract. We have explored two automated classication methods: supervised classication using Articia...
The classification of stellar spectra is a fundamental task in stellar astrophysics. Stellar spectra...
Along the life of the IUE project, a large archive with spectral data has been generated, requiring ...
We briefly review the work of the past decade on automated classification of stellar spectra and di...
We briefly review the work of the past decade on automated classification of stellar spectra and dis...
We have initiated a project to classify stellar spectra automatically from high-dispersion objective...
Context. As part of a project aimed at deriving extinction-distances for thirty-five planetary nebul...
We investigate the application of neural networks to the automation of MK spec- tral classification....
We are working on a project to automate the multi-parameter classification of stellar spectra using ...
Abstract: This paper presents a comparative study of the sensibility of knowledge-based systems and ...
Modern spectroscopic surveys and automated classifiers are becoming so inextricably linked that it i...
Stellar spectroscopic classification has been successfully automated by a number of groups. Automate...
Classification in astrophysics is a fundamental process, especially when it is necessary to understa...
New generation large-aperture telescopes, multi-object spectrographs, and large format detectors are...
. An automatic spectral classification system has been developed for objective prism spectra (disper...
Abstract. We have explored two automated classication methods: supervised classication using Articia...
The classification of stellar spectra is a fundamental task in stellar astrophysics. Stellar spectra...
Along the life of the IUE project, a large archive with spectral data has been generated, requiring ...
We briefly review the work of the past decade on automated classification of stellar spectra and di...
We briefly review the work of the past decade on automated classification of stellar spectra and dis...
We have initiated a project to classify stellar spectra automatically from high-dispersion objective...
Context. As part of a project aimed at deriving extinction-distances for thirty-five planetary nebul...
We investigate the application of neural networks to the automation of MK spec- tral classification....
We are working on a project to automate the multi-parameter classification of stellar spectra using ...
Abstract: This paper presents a comparative study of the sensibility of knowledge-based systems and ...
Modern spectroscopic surveys and automated classifiers are becoming so inextricably linked that it i...
Stellar spectroscopic classification has been successfully automated by a number of groups. Automate...
Classification in astrophysics is a fundamental process, especially when it is necessary to understa...
New generation large-aperture telescopes, multi-object spectrographs, and large format detectors are...
. An automatic spectral classification system has been developed for objective prism spectra (disper...
Abstract. We have explored two automated classication methods: supervised classication using Articia...
The classification of stellar spectra is a fundamental task in stellar astrophysics. Stellar spectra...
Along the life of the IUE project, a large archive with spectral data has been generated, requiring ...