Paul Compton (born 1944) is an Emeritus Professor at the University of New South Wales (UNSW).
He was very popular as Head of School, and upon his retirement a large gathering fare-welled him, as well as creating a YouTube[1] slide-show tribute.
Knowledge-Based System Journal: p. in press, 2006 (accepted July 30, 2005) 2 Kim, M. and Compton, P., The perceived utility of standard ontologies in document management for specialized domains.
3 Kim, M. and Compton, P., Evolutionary Document Management and Retrieval for Specialized Domains on the Web.
4 Ruiz-S‡nchez, J.M., Valencia-Garc’a, R., Fern‡ndez-Breis, J.T., Mart’nez-BŽjar, R., and Compton, P., An approach for incremental knowledge acquisition from text.
5 Mart’nez-BŽjar, R., Iba–ez-Cruz, F., Compton, P., and Cao, T.M., An easy-maintenance, reusable approach for building knowledge-based systems: application to landscape assessment.
6 Compton, P., Edwards, G., Lazarus, L., Peters, L., and Harries, M., Knowledge Based System, U.P.
10 Singh, P. and Compton, P. Evolution Oriented Semi-Supervised Approach for Segmentation of Medical Images.
in Practical Aspects of Knowledge Management: 5th International Conference, PAKM 2004: Springer-Verlag, p. 106 Ð 116, 2004.
15 Misra, A., Sowmya, A., and Compton, P. Incremental Learning of Control Knowledge for Lung Boundary Extraction.
17 Kerr, J. and Compton, P. Toward Generic Model-based Object Recognition by Knowledge Acquisition and Machine Learning.
19 Suryanto, H. and Compton, P. Intermediate Concept Discovery in Ripple Down Rule Knowledge Bases.
21 Kerr, J. and Compton, P. Interactive Learning when Human and Machine Utilise Different Feature Spaces.
23 Mart’nez-BŽjar, R., Ib‡–ez-Cruz, F., Compton, P., Fern‡ndez-Breis, J.T., and De las Heras-Gonz‡lez, M. Integrating Ripple Down Rules with Ontologies in an Oncology Domain.
25 Kim, M. and Compton, P. Formal concept analysis for domain-specific document retrieval systems.
26 Kim, M. and Compton, P. Incremental development of domain-specific document retrieval systems.
27 Kim, M. and Compton, P. A Web-based Browsing Mechanism Based on Conceptual Structures.