Liz Sonenberg


Contact

Research interests

I am leader of the Agent Research activity in the Department of Information Systems. This is part of the overall Agent Lab research activity that is a collaborative endeavour with the Department of Computer Science and Software Engineering. I am also a participant in the Interaction Design Group in the Department of Information Systems.

I have research interests in aspects of reasoning machinery as may be useful for the design of systems that exhibit complex collaborative behaviours. For some years my major research efforts have been in the foundations and applications of systems within the BDI (Belief, Desire, Intention) agent paradigm, with a particular focus on teamwork, but I have also studied various elements of non-monotonic reasoning. I have also explored opportunities for the use of agent technologies to meet the challenges faced by designers and developers of mobile, context aware applications. Industry collaborations have included the Australian Artificial Intelligence Institute, Agent Oriented Software P/L, Clarinox P/L, the Defence Science and Technology Organisation (DSTO), and Neuragenix P/L. I have also been involved with projects receiving support from Hewlett Packard and Microsoft. I have worked with collaborators in Psychology and Education on studies involving human reasoning processes.

This page of stories and links, maintained by the Association for the Advancement of Artificial Intelligence (AAAI) discusses the type of work that I find interesting.

My particular interests are in:

The integrating theme of my research is the conceptualisation and construction of more adaptive, distributed, and intelligent information systems. Much of the work focuses on agent technology, which views a distributed system in terms of interacting autonomous software entities. Using the agent metaphor can allow system developers to adopt a level of abstraction in design that is useful for modelling complex tasks and environments, and in building software systems that are robust in the face of change and unexpected events. An important aspect of the research is the requirement of the human-machine interface and consequent implications for the development of computational mechanisms to support decision-making in complex settings.

Current projects include:

My various community and related activities include:

Research students

I currently supervise or co-supervise the following students:

I am also a part-time advisor to:

Useful resources for research students include:

My past students include:

Since 2000 I have supervised the theses of a number of visiting masters students from the University of Utrecht: http://www.masters.uu.nl/index.cfm/site/Masters/pageid/288DF325-E081-2E3C-90BBEE2920E09DD7/index.cfm

Recent publications

Recent teaching


Liz Sonenberg
Updated March 2008