Interpretation and Knowlendge Discovery form a Multilayer Perceptron Network that Performs Whole Life Assurance Risk Assessment. - Marylin L. Vaughn; Steven J. Cavill; E. Ong (Neural Comput. Appl., 1997)

Direct Explanations and Knowledge Extraction from a Multilayer Perceptron Network that Performs Low Back Pain Classification. - Marylin L. Vaughn; Steven J. Cavill; Stewart J. Taylor; Michael A. Foy; Anthony J. B. Fogg (Hybrid Neural Systems, 1998)

Interpretation and Knowledge Discovery from the MLP Network that Performs Low Back Pain Classification. - Steven J. Cavill; Marylin L. Vaughn; Stewart J. Taylor; Michael A. Foy; Anthony J. B. Fogg (ICONIP, 1998)

Direct Rule Extraction from a MLP Network that Performs Whole Life Assurance Risk Assessment. - Marylin L. Vaughn; E. Ong; Steven J. Cavill (ICONIP, 1998)

The Use of a Knowledge Discovery Method for the Development of a Multi-layer Perceptron Network that Classifies Low Back Pain Patients. - Marylin L. Vaughn; Steven J. Cavill; Stewart J. Taylor; Michael A. Foy; Anthony J. B. Fogg (ANNIMAB, 2000)

A Full Explanation Facility for a MLP Network that Classifies Low-Back-Pain Patients and for Predicting its Reliability. - Marylin L. Vaughn; Steven J. Cavill; Stewart J. Taylor; Michael A. Foy; Anthony J. B. Fogg (HIS, 2001)

Direct Explanations for the Development and Use of a Multi-layer Perceptron Network that Classifies Low-back-pain Patients. - Marylin L. Vaughn; Steven J. Cavill; Stewart J. Taylor; Michael A. Foy; Anthony J. B. Fogg (Int. J. Neural Syst., 2001)

A data visualisation method for investigating the reliability of a high-dimensional low-back-pain MLP network. - Marylin L. Vaughn; Stewart J. Taylor; Michael A. Foy; Anthony J. B. Fogg (ESANN, 2002)