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Deep Nearest Class Mean Model for Incremental Odor Classification
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DOI：10.1109/TIM.2018.2863438.png)
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Abstract
En 中文
In recent years, more machine learning algorithms have been applied to odor classification. These odor classification algorithms usually assume that the training data sets are static. However, for some odor recognition tasks, new odor classes continually emerge. That is, the odor data sets are dynamically growing while both training samples and number of classes are increasing over time. Motivated by this concern, this paper proposes a deep nearest class mean (DNCM) model based on the deep learning framework and the nearest class mean method. The proposed model not only leverages deep neural network to extract deep features but also able to dynamically integrate new classes over time. In our experiments, the DNCM model was initially trained with 10 classes, then 25 new classes are integrated. Experiment results demonstrate that the proposed model is very efficient for incremental odor classification, especially for new classes with only a small number of training examples.
Keywords:
Deep neural network (DNN)
incremental classification
nearest class mean (NCM)
odor recognition
pattern recognition
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