| Postgraduate Candidate |
Thesis |
|
Daghan Acay
|
Agent supported collaborative work
|
|
Michelle Blom
|
Argumentation in the situation calculus and multi-agent systems
|
|
Wai Shiang Cheah
|
Analysis and Design of the Multi Agent Knowledge Development Process
|
|
Steve Goschnick
|
Drawing on Task and Information Analysis for an enhanced MAS, Informed by Computer Games |
|
Peter Hebden
|
Distributed asynchronous clustering for small-world properties & Bloom gradient routing for wireless sensor networks
|
|
Jian Alan Huang
|
Collaborative logic programming via deductive-inductive resolution
|
|
Samin Karim
|
Agent technology and real-time control systems
|
|
Ryan Kelly
|
Asynchronous multi-agent reasoning in the situation calculus
|
|
Yen-Ting Kuo
|
Capturing domain knowledge for knowledge discovery
|
|
Kendall Lister
|
Reconciling ontological differences by assistant agents
|
|
Andrea (YuXiu) Luo
|
Integrating quality requirements within agent-oriented software engineering
|
|
Bin Lu
|
Supporting Evolving Multi-agent Systems with a System Evolution Directory
|
|
Emma Norling
|
BDI Agents for Modelling Human Behaviour
|
|
Michael Papasimeon
|
Modelling agent-environment interaction in multi-agent simulations with affordances
|
|
Golriz Resaei
|
Game theory and multi-agent learning
|
|
Kylie Winnell (Turville)
|
Updating Plan Librarys for Plan Recognition
|
|
Ying Yue
|
Compensation with multiagent systems
|
|
Muthukkaruppan Annamalai
|
Modelling knowledge for scientific collaboration on the semantic web
|
|
Stewart Baillie
|
Pragmatic information discovery in the world-wide web
|
|
Paolo Busetta
|
A transaction based multi-agent architecture
|
|
Lawerence Cavedon
|
On the completeness of SLDNT-resolution
|
|
Xiaoying (Sharon) Gao
|
Knowledge-based information extraction from the World Wide Web
|
|
Clint Heinze
|
Modelling Intention Recognition for Intelligent Agent Systems
|
|
Maia Hristozova
|
Esplode: eXtreme programming for lightweight ontology development
|
|
Thomas Juan
|
ROADMAP: agent-oriented sofware engineering of intelligent systems
|
|
Kathleen Keogh
|
A computational model of disturbance management in anaesthesia
|
|
David Kinny
|
Fundamentals of agent computation theory: semantics
|
|
Terence Heung-Wing Law
|
Focused Decomposition: multi-agent distributed constraint optimisation with linear communication
|
|
Seng Wai Loke
|
Adding logic programming behaviour to the World Wide Web
|
|
Hongan Lu
|
Building multi-agent systems for information gathering from the World Wide Web
|
|
Rosita Marin
|
Social commitments for agent organisations
|
|
David Morley
|
Semantics of Actions, Agents, and Environments
|
|
Ayodele Oluyomi
|
Patterns and protocols for agent oriented software development
|
|
Matt Pattison
|
An investigation of retaliation and reconciliation conventions in the repeated prisoners dilemma with implementation noise
|
|
Don Perugini
|
Agents for Logistics: A Provisional Agreement Approach
|
|
Susannah Soon
|
Multi-agent Teamwork Coordination: A Graph-Based Intention Recognition Approach
|
|
Raymond So
|
Situation Awareness in Software Agents: Theory and Practice
|
|
Budhitama Subagdja
|
Intentional learning in bounded-rational agents
|
|
Iyad Rahwan
|
Interest-based negotiation in multi-agent systems
|
|
Nicole Ronald
|
Agent-based approaches to pedestrian modelling
|
|
Gil Tidhar
|
Organization-oriented systems: theory and practice
|
|
Steven Versteeg
|
A computational study of the crayfish escape circuit
|
|
Kenichi Yoshimura
|
Towards real-time strategic teamwork in robotic soccer
|
|
Jian Ying Zhang
|
Fuzzy Causal Networks and Their Applications
|
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