This paper develops a fast method for solving linear SVMs with L2 loss function that is suited for large scale data mining tasks such as text classification. This is done by modifying the finite Newton method of Mangasarian in several ways. Experiments indicate that the method is much faster than decomposition methods such as SVM light, SMO and BSVM (e.g., 4-100 fold), especially when the number of examples is large. The paper also suggests ways of extending the method to other loss functions such as the modified Huber’s loss function and the L1 loss function, and also for solving ordinal regression
Abstract—Shared-memory systems such as regular desktops now possess enough memory to store large dat...
Nowadays linear methods like Regression, Principal Component Analysis and Canonical Correlation Anal...
Minimal Learning Machine (MLM) is a distance-based supervised machine learning method for classifica...
A fast Newton method is proposed for solving linear programs with a very large (# 10 ) number of...
An implicit Lagrangian [19] formulation of a support vector ma-chine classier that led to a highly e...
This paper presents a decomposition method for efficiently constructing ℓ1-norm Support Vector Machi...
Large-scale logistic regression arises in many applications such as document classification and natu...
Large-scale logistic regression arises in many applications such as document classification and natu...
Support Vector Machine is an optimal margin based classification technique in Machine Learning. In t...
Support Vector Machines (SVM) is among the most popular classification techniques in ma-chine learni...
This paper adapts a recently developed regularized stochastic version of the Broyden, Fletcher, Gold...
A fast Newton method is proposed for solving linear programs with a very large ( 106) number of co...
Many engineering and economic applications can be formulated by a minimization problem subject to a...
In the paper we propose a Newton approach for the solution of singly linearly-constrained problems s...
Nowadays linear methods like Regression, Principal Component Analysis and Canoni- cal Correlation An...
Abstract—Shared-memory systems such as regular desktops now possess enough memory to store large dat...
Nowadays linear methods like Regression, Principal Component Analysis and Canonical Correlation Anal...
Minimal Learning Machine (MLM) is a distance-based supervised machine learning method for classifica...
A fast Newton method is proposed for solving linear programs with a very large (# 10 ) number of...
An implicit Lagrangian [19] formulation of a support vector ma-chine classier that led to a highly e...
This paper presents a decomposition method for efficiently constructing ℓ1-norm Support Vector Machi...
Large-scale logistic regression arises in many applications such as document classification and natu...
Large-scale logistic regression arises in many applications such as document classification and natu...
Support Vector Machine is an optimal margin based classification technique in Machine Learning. In t...
Support Vector Machines (SVM) is among the most popular classification techniques in ma-chine learni...
This paper adapts a recently developed regularized stochastic version of the Broyden, Fletcher, Gold...
A fast Newton method is proposed for solving linear programs with a very large ( 106) number of co...
Many engineering and economic applications can be formulated by a minimization problem subject to a...
In the paper we propose a Newton approach for the solution of singly linearly-constrained problems s...
Nowadays linear methods like Regression, Principal Component Analysis and Canoni- cal Correlation An...
Abstract—Shared-memory systems such as regular desktops now possess enough memory to store large dat...
Nowadays linear methods like Regression, Principal Component Analysis and Canonical Correlation Anal...
Minimal Learning Machine (MLM) is a distance-based supervised machine learning method for classifica...