2005 |
21 | EE | Robert M. Colomb,
Christopher N. G. Dampney:
An approach to ontology for institutional facts in the semantic web.
Information & Software Technology 47(12): 775-783 (2005) |
2003 |
20 | EE | Michael Johnson,
Christopher N. G. Dampney:
Experience in developing interoperations among legacy information systems using partial reverse engineering.
ICSM 2003: 369-372 |
19 | EE | Peter Busch,
Debbie Richards,
Christopher N. G. Dampney:
The graphical interpretation of plausible tacit knowledge flows.
InVis.au 2003: 37-46 |
2002 |
18 | EE | Peter Busch,
Debbie Richards,
Christopher N. G. Dampney,
John Galloway:
Selected Tacit Knowledge Observations Within Two Organisations.
VIP 2002: 5-12 |
2001 |
17 | EE | Michael Johnson,
Robert D. Rosebrugh,
Christopher N. G. Dampney:
View updates in a semantic data modelling paradigm.
ADC 2001: 29-36 |
16 | EE | Michael Johnson,
Christopher N. G. Dampney:
On category theory as a (meta) ontology for information systems research.
FOIS 2001: 59-69 |
15 | | Michael Johnson,
Christopher N. G. Dampney:
Enterprise Information Systems: Specifying the Links among Project Data Models Using Category Theory.
ICEIS (2) 2001: 619-626 |
14 | EE | Peter Busch,
Debbie Richards,
Christopher N. G. Dampney:
Visual Mapping of Articulable Tacit Knowledge.
InVis.au 2001: 37-47 |
13 | EE | Robert M. Colomb,
Christopher N. G. Dampney,
Michael Johnson:
Category-theoretic fibration as an abstraction mechanism in information systems.
Acta Inf. 38(1): 1-44 (2001) |
2000 |
12 | | Peter Busch,
Christopher N. G. Dampney:
Tacit knowledge acquisition and processing within the computing domain: an exploratory study.
IRMA Conference 2000: 1014-1015 |
1997 |
11 | EE | C. Sauer,
Gray Southon,
Christopher N. G. Dampney:
Fit, failure, and the house of horrors: toward a configurational theory of IS project failure.
ICIS 1997: 349-366 |
1995 |
10 | | Marianne Broadbent,
Carey Butler,
A. Hansell,
Christopher N. G. Dampney:
Business Value, Quality and Partnerships: Australasian Information Systems Management Issues.
Australian Computer Journal 27(1): 17-26 (1995) |
1994 |
9 | | Christopher N. G. Dampney,
Michael Johnson,
Peter Dazeley,
Verena Reich:
A higher order "commuting loop" structure that supports very large information system data and process architecture.
Business Process Re-Engineering 1994: 211-222 |
8 | | Colin Connaughton,
Christopher N. G. Dampney:
Surviving Paradigm Shifts in Software Development Technology: A Management Case Study of Industrial Experience.
Australian Computer Journal 26(4): 114-123 (1994) |
1993 |
7 | | Michael Johnson,
Christopher N. G. Dampney:
On the Value of Commutative Diagrams in Information Modelling.
AMAST 1993: 45-58 |
1992 |
6 | | Leszek A. Maciaszek,
Christopher N. G. Dampney,
Janusz R. Getta:
Behavioural Object Clustering.
Future Databases 1992: 186-193 |
5 | | Marianne Broadbent,
A. Hansell,
P. Lloyd,
Christopher N. G. Dampney:
Managing Information Systems in Australia and New Zealand: Requirements for the 1990s.
Australian Computer Journal 24(1): 1-11 (1992) |
1988 |
4 | EE | K. Vidyasankar,
Christopher N. G. Dampney:
Version Consistency and Serializability in Design Databases.
ICDT 1988: 368-382 |
1987 |
3 | EE | Christopher N. G. Dampney:
Specifying a Semantically Adequate Structure for Information Systems and Databases.
ER 1987: 165-188 |
1986 |
2 | EE | Lynette I. Brady,
Christopher N. G. Dampney:
The Semantics of Relational Database Functions.
ER 1986: 287-302 |
1983 |
1 | | Christopher N. G. Dampney:
Precedency Control and Other Semantic Integrity Issues in a Workbench Database.
Engineering Design Applications 1983: 97-104 |