Abstract. Concept drift is a common phenomenon in streaming data environments and constitutes an interesting challenge for researchers in the machine learning and data mining community. This paper proposes a probabilistic representation model for data stream classification and investigates the use of incremental clustering algorithms in order to identify and adapt to concept drift. An experimental study is performed using three real-world datasets from the text domain, a basic implementation of the proposed framework and three baseline methods for dealing with drifting concepts. Results are promising and encourage further investigation. 1
[[abstract]]Differ from the static database for storing history data, the data stream is continuousl...
Data stream mining has gained growing attentions due to its wide emerging applications such as targe...
Data stream mining is a process of extracting knowledge from continuous data. Data Stream classifica...
The detection of concept drift allows to point out when a data stream changes its behavior over time...
Usually concept drift occurs in many applications of machine learning. Detecting a concept drift is ...
Tracking recurring concept drifts in data streams is a significant and challenging issue for machine...
LNCS, volume 8444Classification is an important and practical tool which uses a model built on histo...
As the proliferation of constant data feeds increases from social media, embedded sensors, and other...
In the data stream classification process, in addition to the solution of massive and real-time data...
Concept drift in data streams can cause significant performance degradation of existing classificati...
Contrary to the previous beliefs that all arrived streaming data are labeled and the class labels ar...
Mining process such as classification, clustering of progressive or dynamic data is a critical objec...
Concept drifting is always an interesting problem. For instance, a user is interested in a set of to...
Machine learning applications in streaming data often grapple with dynamic changes in data distribut...
Abstract: Concept drifting stream data mining have recently garnered a great deal of attention for M...
[[abstract]]Differ from the static database for storing history data, the data stream is continuousl...
Data stream mining has gained growing attentions due to its wide emerging applications such as targe...
Data stream mining is a process of extracting knowledge from continuous data. Data Stream classifica...
The detection of concept drift allows to point out when a data stream changes its behavior over time...
Usually concept drift occurs in many applications of machine learning. Detecting a concept drift is ...
Tracking recurring concept drifts in data streams is a significant and challenging issue for machine...
LNCS, volume 8444Classification is an important and practical tool which uses a model built on histo...
As the proliferation of constant data feeds increases from social media, embedded sensors, and other...
In the data stream classification process, in addition to the solution of massive and real-time data...
Concept drift in data streams can cause significant performance degradation of existing classificati...
Contrary to the previous beliefs that all arrived streaming data are labeled and the class labels ar...
Mining process such as classification, clustering of progressive or dynamic data is a critical objec...
Concept drifting is always an interesting problem. For instance, a user is interested in a set of to...
Machine learning applications in streaming data often grapple with dynamic changes in data distribut...
Abstract: Concept drifting stream data mining have recently garnered a great deal of attention for M...
[[abstract]]Differ from the static database for storing history data, the data stream is continuousl...
Data stream mining has gained growing attentions due to its wide emerging applications such as targe...
Data stream mining is a process of extracting knowledge from continuous data. Data Stream classifica...