Multi-label learning has attracted many attentions. However, the continuous data generated in the fields of sensors, network access, etc., that is data streams, the scenario brings challenges such as real-time, limited memory, once pass. Several learning algorithms have been proposed for offline multi-label classification, but few researches develop it for dynamic multi-label incremental learning models based on cascading schemes. Deep forest can perform representation learning layer by layer, and does not rely on backpropagation, using this cascading scheme, this paper proposes a multi-label data stream deep forest (VDSDF) learning algorithm based on cascaded Very Fast Decision Tree (VFDT) forest, which can receive examples successively, perform incremental learning, and adapt to concept drift. Experimental results show that the proposed VDSDF algorithm, as an incremental classification algorithm, is more competitive than batch classification algorithms on multiple indicators. Moreover, in dynamic flow scenarios, the adaptability of VDSDF to concept drift is better than that of the contrast algorithm.
I. INTRODUCTION Automatic words extraction is always the hotspot and difficulty in methods which research Chinese information processing. Since 1980, domestic researching scholars have developed a great deal of study, and put forward many methods about automatic words extraction[1~5]. Seen from the form, phrase is the combination of the stable words, so in the context, the more times that close words appear at the same time, the more possibility they constitute a phrase. Therefore the fr… 相似文献
Pattern Analysis and Applications - Multi-label feature selection has been essential in many big data applications and plays a significant role in processing high-dimensional data. However, the... 相似文献