Version 2.1 released on September 27, 2015.
We improve the implementation of the primal-based solver so that it's 10 to 20 percent faster. Also we improve the code abstraction.
Multi-core LIBLINEAR is now available to significant speedup the training
on shared-memory systems.
We are interested in large sparse regression data. Please let use know if you have some. Thank you.
A practical guide to LIBLINEAR is now available in the end of
LIBLINEAR paper.
Some extensions of LIBLINEAR are at LIBSVM Tools.
LIBLINEAR is the winner of ICML 2008 large-scale learning challenge (linear SVM track). It is also used for winning KDD Cup 2010.
LIBLINEAR is a linear classifier for data with millions of instances and features. It supports
Main features of LIBLINEAR include
% time libsvm-2.85/svm-train -c 4 -t 0 -e 0.1 -m 800 -v 5 rcv1_train.binary Cross Validation Accuracy = 96.8136% 345.569s % time liblinear-1.21/train -c 4 -e 0.1 -v 5 rcv1_train.binary Cross Validation Accuracy = 97.0161% 2.944sWarning:While LIBLINEAR's default solver is very fast for document classification, it may be slow in other situations. See Appendix C of our SVM guide about using other solvers in LIBLINEAR.
Warning:If you are a beginner and your data sets are not large, you should consider LIBSVM first.
The package includes the source code in C/C++. A README file with detailed explanation is provided. For MS Windows users, there is a subdirectory in the zip file containing binary executable files.
Please read the COPYRIGHT notice before using LIBLINEAR.
R.-E. Fan, K.-W. Chang, C.-J. Hsieh, X.-R. Wang, and C.-J. Lin. LIBLINEAR: A library for large linear classification Journal of Machine Learning Research 9(2008), 1871-1874.
The appendices of this paper give all implementation details of LIBLINEAR.
In the end of this paper there is a practical guide to LIBLINEAR
See also some examples in Appendix C of the SVM guide.
Code used for experiments in our LIBLINEAR papers can be found here.
| Language | Description | Maintainers and Their Affiliation | Supported LIBLINEAR version | Link |
|---|---|---|---|---|
| MATLAB | A simple MATLAB interface | LIBLINEAR authors at National Taiwan University. | The latest | Included in LIBLINEAR package |
| Octave | A simple Octave interface | LIBLINEAR authors at National Taiwan University. | The latest | Included in LIBLINEAR package |
| Java | Java version of LIBLINEAR | Benedikt Waldvogel | 1.95 | Java LIBLINEAR |
| Python | A python interface has been included in LIBLINEAR since version 1.6. | LIBLINEAR authors at National Taiwan University. | The latest | Included in LIBLINEAR package |
| Ruby | A Ruby interface via SWIG | Kei Tsuchiya (extended from the work of Tom Zeng) | 1.93 | liblinear-ruby-swig |
| Perl | A Perl interface | Koichi Satoh | 1.93 | perl module |
| Weka | Weka wrapper | Benedikt Waldvogel | 1.5 | Weka LIBLINEAR |
| R | R interface to LIBLINEAR | Thibault Helleputte | 1.94 | R LIBLINEAR |
| Labview | LabView interface to LIBLINEAR. Both Windows/Linux are supported. | Oystein Sture | 2.10 | LabView interface |
| Common LISP | Common Lisp wrapper of LIBLINEAR | Gábor Melis | 1.92 | Common LISP wrapper |
| Scilab | Holger Nahrstaedt from the Technical University of Berlin | 1.8 | Scilab interface |