Project details for OXlearn

Logo OXlearn 1.0

by gwestermann - January 11, 2010, 11:48:26 CET [ Project Homepage BibTeX BibTeX for corresponding Paper Download ]

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Description:

OXlearn is a free neural network simulation software that enables you to build, train, test and analyse connectionist neural network models. Because OXlearn is implemented as a Matlab toolbox you can run it on all operation systems (Windows, Linux, MAC, etc.), provided you have a recent version of MATLAB installed (R2006b or later). This also has the additional advantage that it makes it easy to ‘look under the hood’ so you can inspect the calculations performed by the program or adapt the program to your specific needs. A compiled version (172Mb) that does not require access to Matlab is also available, currently for Windows XP only. In its current version OXlearn supports multi-layer feed-forward networks and simple recurrent networks.

The main purpose of OXlearn is as an educational tool that provides a quick and easy start to neural network modeling. OXlearn supports the full functionality of the well known, but now out-dated, t-learn simulator with the additional advantage of providing an extended, user friendly graphical interface – no programming is needed.

Additionally, however, OXlearn is set up for maximum transparency in terms of access to simulation parameters and data. This makes it easy to inspect and/or manipulate these values with the provided interactive tools or, alternatively, with native Matlab commands and components, e.g., to perform additional analyses or to create training corpora. More proficient users can also inspect or adjust the underlying functions, e.g., to implement custom learning algorithms, architectures, etc.

One design principle of OXlearn has been to combine ease of use with maximal transparency to facilitate extension of its existing functionality. Because of its seamless integration with the Matlab environment, OXlearn can therefore also be used as a flexible research tool.

Changes to previous version:

Initial Announcement on mloss.org.

BibTeX Entry: Download
Corresponding Paper BibTeX Entry: Download
URL: Project Homepage
Supported Operating Systems: Platform Independent
Data Formats: Matlab
Tags: Neural Networks, Connectionism, Simulator, Teaching Software
Archive: download here

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