Title :
A Unified Approach to Feature Selection and Learning in Unsupervised Environments
Author :
Lakshminarasimhan, A.L. ; Dasarathy, B.V.
Abstract :
Here the twin problems of feature selection and learning are tackled simultaneously to obtain a unified approach to the problem of pattern recognition in an unsupervised environment. This is achieved by combining a feature selection scheme based on the stochastic learning automata model with an unsupervised learning scheme such as learning with a probabilistic teacher. Test implementation of this scheme using the remotely sensed agricultural data of the Purdue laboratory for agricultural remote sensing (LARS) in a simulated unsupervised mode, has brought out the efficacy of this integrated system of feature selection and learning.
Keywords :
Pattern recognition in unsupervised environment, stochastic automata model for feature selection, unified feature selection and learning.; Degradation; Electrons; Feature extraction; Linear systems; Network address translation; Pattern recognition; Polarization; Radar applications; Spaceborne radar; Vehicles; Pattern recognition in unsupervised environment, stochastic automata model for feature selection, unified feature selection and learning.;
Journal_Title :
Computers, IEEE Transactions on
DOI :
10.1109/T-C.1975.224346