2005 |
15 | | Christine E. Drake,
Andrew Klein,
Jonathan J. Oliver:
Analysis of the Phishing Email Problem and Discussion of Possible Solutions.
WOSIS 2005: 309-318 |
2004 |
14 | EE | Christine E. Drake,
Jonathan J. Oliver,
Eugene J. Koontz:
Anatomy of a Phishing Email.
CEAS 2004 |
1998 |
13 | | Jonathan J. Oliver,
Ted Roush,
Paul Gazis,
Wray L. Buntine,
Rohan A. Baxter,
Steven R. Waterhouse:
Analysing Rock Samples for the Mars Lander.
KDD 1998: 299-303 |
12 | | Jonathan J. Oliver,
Rohan A. Baxter,
Chris S. Wallace:
Minimum Message Length Segmentation.
PAKDD 1998: 222-233 |
11 | | David L. Dowe,
Rohan A. Baxter,
Jonathan J. Oliver,
Chris S. Wallace:
Point Estimation Using the Kullback-Leibler Loss Function and MML.
PAKDD 1998: 87-95 |
10 | EE | David J. Hand,
Jonathan J. Oliver,
A. Daniel Lunn:
Discriminant analysis when the classes arise from a continuum.
Pattern Recognition 31(5): 641-650 (1998) |
1997 |
9 | EE | Ian Thomas,
Ingrid Zukerman,
Jonathan J. Oliver,
David W. Albrecht,
Bhavani Raskutti:
Lexical Access for Speech Understanding using Minimum Message Length Encoding.
UAI 1997: 464-471 |
8 | EE | Matthew S. Collins,
Jonathan J. Oliver:
Efficient Induction of Finite State Automata.
UAI 1997: 99-107 |
1996 |
7 | | David L. Dowe,
Jonathan J. Oliver,
Chris S. Wallace:
MML Estimation of the Parameters of the Sherical Fisher Distribution.
ALT 1996: 213-227 |
6 | | Rohan A. Baxter,
Jonathan J. Oliver:
The Kindest Cut: Minimum Message Length Segmentation.
ALT 1996: 83-90 |
5 | | Jonathan J. Oliver,
Rohan A. Baxter,
Chris S. Wallace:
Unsupervised Learning Using MML.
ICML 1996: 364-372 |
4 | | Ian Thomas,
Ingrid Zukerman,
Jonathan J. Oliver,
Bhavani Raskutti:
Lexical Access using Minimum Message Length Encoding.
PRICAI 1996: 229-240 |
1995 |
3 | | Jonathan J. Oliver,
David J. Hand:
On Pruning and Averaging Decision Trees.
ICML 1995: 430-437 |
1994 |
2 | | Jonathan J. Oliver,
David J. Hand:
Averaging Over Decision Stumps.
ECML 1994: 231-241 |
1988 |
1 | | Jonathan J. Oliver,
Ingrid Zukerman:
DISSOLVE: A System for the Generation of Human Oriented Solutions to Algebraic Equations.
Australian Joint Conference on Artificial Intelligence 1988: 92-107 |