A family of measures for best top- n class-selective decision rules
When classes strongly overlap in the feature space, or when some classes are not known in advance, the performance of a classifier heavily decreases. To overcome this problem, the reject option has been introduced. It simply consists in withdrawing the decision, and let another classifier, or an exp...
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| Published in: | Pattern recognition Vol. 45; no. 1; pp. 552 - 562 |
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| Main Authors: | , |
| Format: | Journal Article |
| Language: | English |
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2012
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| ISSN: | 0031-3203, 1873-5142 |
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| Abstract | When classes strongly overlap in the feature space, or when some classes are not known in advance, the performance of a classifier heavily decreases. To overcome this problem, the reject option has been introduced. It simply consists in withdrawing the decision, and let another classifier, or an expert, take the decision whenever exclusively classifying is not reliable enough. The classification problem is then a matter of class-selection, from none to all classes. In this paper, we propose a family of measures suitable to define such decision rules. It is based on a new family of operators that are able to detect blocks of similar values within a set of numbers in the unit interval, the soft labels of an incoming pattern to be classified, using a single threshold. Experiments on synthetic and real datasets available in the public domain show the efficiency of our approach.
► We propose a family of measures suitable to define class-selective decision rules. ► The measures are based on a block-similarity detection of ordered membership degrees. ► Degrees are combined thanks to fuzzy integrals, where weights are defined by kernels. ► Compared to usual rules, the approach is shown to be efficient on benchmark data. |
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| AbstractList | When classes strongly overlap in the feature space, or when some classes are not known in advance, the performance of a classifier heavily decreases. To overcome this problem, the reject option has been introduced. It simply consists in withdrawing the decision, and let another classifier, or an expert, take the decision whenever exclusively classifying is not reliable enough. The classification problem is then a matter of class-selection, from none to all classes. In this paper, we propose a family of measures suitable to define such decision rules. It is based on a new family of operators that are able to detect blocks of similar values within a set of numbers in the unit interval, the soft labels of an incoming pattern to be classified, using a single threshold. Experiments on synthetic and real datasets available in the public domain show the efficiency of our approach.
► We propose a family of measures suitable to define class-selective decision rules. ► The measures are based on a block-similarity detection of ordered membership degrees. ► Degrees are combined thanks to fuzzy integrals, where weights are defined by kernels. ► Compared to usual rules, the approach is shown to be efficient on benchmark data. When classes strongly overlap in the feature space, or when some classes are not known in advance, the performance of a classifier heavily decreases. To overcome this problem, the reject option has been introduced. It simply consists in withdrawing the decision, and let another classifier, or an expert, take the decision whenever exclusively classifying is not reliable enough. The classification problem is then a matter of class-selection, from none to all classes. In this paper, we propose a family of measures suitable to define such decision rules. It is based on a new family of operators that are able to detect blocks of similar values within a set of numbers in the unit interval, the soft labels of an incoming pattern to be classified, using a single threshold. Experiments on synthetic and real datasets available in the public domain show the efficiency of our approach. |
| Author | Frélicot, Carl Le Capitaine, Hoel |
| Author_xml | – sequence: 1 givenname: Hoel surname: Le Capitaine fullname: Le Capitaine, Hoel email: hoel.le_capitaine@univ-lr.fr, hoel.lecapitaine@gmail.com – sequence: 2 givenname: Carl surname: Frélicot fullname: Frélicot, Carl email: carl.frelicot@univ-lr.fr |
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| Keywords | Class-selective decision rules Fuzzy aggregation operators Reject options Performance evaluation Automatic classification Signal classification Decision rule |
| Language | English |
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| SubjectTerms | Applied sciences Class-selective decision rules Classification Classifiers Computer Science Computer Vision and Pattern Recognition Exact sciences and technology Fuzzy aggregation operators Information, signal and communications theory Intervals Labels Operators Pattern recognition Public domain Reject options Signal and communications theory Signal representation. Spectral analysis Signal, noise Telecommunications and information theory Thresholds |
| Title | A family of measures for best top- n class-selective decision rules |
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