AbstractThe problem addressed in this paper concerns mining data streams with concept drift. The goal of the paper is to propose and validate a new approach to mining data streams with concept-drift using the ensemble classifier constructed from the one-class base classifiers. It is assumed that base classifiers of the proposed ensemble are induced from incoming chunks of the data stream. Each chunk consists of prototypes and can be updated using instance selection technique when a new data have arrived. When a new data chunk is formed, ensemble model is also updated on the basis of weights assigned to each one-class classifier. The proposed approach is validated experimentally
The file attached to this record is the author's final peer reviewed version.Ensemble techniques are...
This paper presents a novel ensemble learning method based on evolutionary algorithms to cope with d...
In this paper, we study the problem of learning from concept drifting data streams with noise, where...
AbstractThe problem addressed in this paper concerns mining data streams with concept drift. The goa...
It is challenging to use traditional data mining techniques to deal with real-time data stream class...
Advanced analysis of data streams is quickly becoming a key area of data mining research as the numb...
Data stream classification is the process of learning supervised models from continuous labelled exa...
Abstract. This paper proposes a boosting-like method to train a classifier ensemble from data stream...
In many applications of information systems learning algorithms have to act in dynamic environments ...
Ensemble learning is a commonly used tool for building prediction models from data streams, due to i...
Abstract—Ensemble learning is a commonly used tool for building prediction models from data streams,...
Abstract:-In Internetworking system, the huge amount of data is scattered, generated and processed o...
Nowadays, many sources generate unbounded data streams at high incoming rates. It is impossible to s...
This paper proposes a boosting-like method to train a classifier ensemble from data streams. It natu...
The treatment of large data streams in the presence of concept drifts is one of the main challenges ...
The file attached to this record is the author's final peer reviewed version.Ensemble techniques are...
This paper presents a novel ensemble learning method based on evolutionary algorithms to cope with d...
In this paper, we study the problem of learning from concept drifting data streams with noise, where...
AbstractThe problem addressed in this paper concerns mining data streams with concept drift. The goa...
It is challenging to use traditional data mining techniques to deal with real-time data stream class...
Advanced analysis of data streams is quickly becoming a key area of data mining research as the numb...
Data stream classification is the process of learning supervised models from continuous labelled exa...
Abstract. This paper proposes a boosting-like method to train a classifier ensemble from data stream...
In many applications of information systems learning algorithms have to act in dynamic environments ...
Ensemble learning is a commonly used tool for building prediction models from data streams, due to i...
Abstract—Ensemble learning is a commonly used tool for building prediction models from data streams,...
Abstract:-In Internetworking system, the huge amount of data is scattered, generated and processed o...
Nowadays, many sources generate unbounded data streams at high incoming rates. It is impossible to s...
This paper proposes a boosting-like method to train a classifier ensemble from data streams. It natu...
The treatment of large data streams in the presence of concept drifts is one of the main challenges ...
The file attached to this record is the author's final peer reviewed version.Ensemble techniques are...
This paper presents a novel ensemble learning method based on evolutionary algorithms to cope with d...
In this paper, we study the problem of learning from concept drifting data streams with noise, where...