A novel learning algorithm for semisupervised classification is proposed. The proposed method first constructs a support function that estimates a support of a data distribution using both labeled and unlabeled data. Then, it partitions a whole data space into a small number of disjoint regions with the aid of a dynamical system. Finally, it labels the decomposed regions utilizing the labeled data and the cluster structure described by the constructed support function. Simulation results show the effectiveness of the proposed method to label out-of-sample unlabeled test data as well as in-sample unlabeled data.X1141sciescopu
Semi-Supervised Support Vector Machines(S3VMs) typically directly estimate the label assignments for...
Semi-supervised support vector machines (S3VMs) are a kind of popular approaches which try to improv...
The problem of learning a mapping between input and structured, interdependent output variables cove...
We introduce a semi-supervised support vector machine (S3yM) method. Given a training set of labeled...
We propose a Support Vector-based methodology for learn- ing classifiers from partially labeled data...
<div><p>For current computational intelligence techniques, a major challenge is how to learn new con...
For current computational intelligence techniques, a major challenge is how to learn new concepts in...
For current computational intelligence techniques, a major challenge is how to learn new concepts in...
The aim of computational learning algorithm is to establish grounds that work for any types of data,...
The aim of computational learning algorithm is to establish grounds that work for any types of data,...
The aim of computational learning algorithm is to establish grounds that work for any types of data,...
In this paper, we develop a new algorithm for solving semi-supervised data classification problems. ...
The aim of computational learning algorithm is to establish grounds that works for any types of data...
The aim of computational learning algorithm is to establish grounds that works for any types of data...
The aim of computational learning algorithm is to establish grounds that works for any types of data...
Semi-Supervised Support Vector Machines(S3VMs) typically directly estimate the label assignments for...
Semi-supervised support vector machines (S3VMs) are a kind of popular approaches which try to improv...
The problem of learning a mapping between input and structured, interdependent output variables cove...
We introduce a semi-supervised support vector machine (S3yM) method. Given a training set of labeled...
We propose a Support Vector-based methodology for learn- ing classifiers from partially labeled data...
<div><p>For current computational intelligence techniques, a major challenge is how to learn new con...
For current computational intelligence techniques, a major challenge is how to learn new concepts in...
For current computational intelligence techniques, a major challenge is how to learn new concepts in...
The aim of computational learning algorithm is to establish grounds that work for any types of data,...
The aim of computational learning algorithm is to establish grounds that work for any types of data,...
The aim of computational learning algorithm is to establish grounds that work for any types of data,...
In this paper, we develop a new algorithm for solving semi-supervised data classification problems. ...
The aim of computational learning algorithm is to establish grounds that works for any types of data...
The aim of computational learning algorithm is to establish grounds that works for any types of data...
The aim of computational learning algorithm is to establish grounds that works for any types of data...
Semi-Supervised Support Vector Machines(S3VMs) typically directly estimate the label assignments for...
Semi-supervised support vector machines (S3VMs) are a kind of popular approaches which try to improv...
The problem of learning a mapping between input and structured, interdependent output variables cove...