Projects
- SwinAgDeW: Agent-based Coordination and Negotiation Technologies for Decentralised Service Workflow Management (Funding: ARC; Partners: Wollongong University
- SHAMAN: Software and Human Agents in Multiattribute Auctions and Negotiations; Partners: Concordia University, Canada and University of Karlsruhe, Karlsruhe, Germany
- SOCEVO: Agent-based Services Environment Network for Virtual Organisations; Partners: EIN
- AESN: Agent-Enabled Social Networks (Funding: ARC; Partners: EIN; Duration: 2006-2008)
This project aims at creating a new framework for linking individuals, organisations and groups to form an open social network that scales massively. The framework specifies the method of discovery, interconnection and management of online social networks.
- Agent-based Smart Information Environments; Partners: DSTO
- ASAPM: Adaptive Service Agreement and Process Management in Service Grid (Funding: DEST IST-IAP; Partners: DSTO, EIN, Telstra, VUT, UQ
This project aims at providing intelligent agent-based enablement
of flexible, dynamic and robust management of service-oriented
application provision processes to ensure collective functionality,
end-to-end QoS and stateful coordination of complex services. - ASG: Adaptive Services Grid (Funding: Sixth Framework Programme of the European Commission; Partners: ASG Consortium; Duration: 2004-2007)
This project aims to develop a proof-of-concept prototype of an open development platform
for adaptive services discovery, creation, composition, and enactment. - CSN: Collaborative Service Networks Application Research; Partners: Smart Internet Technology CRC
- Utility Grid: Autonomic and Utility-Oriented Global Grids for Powering Emerging e-Research Applications; Partners: DEST, University of Melbourne, Adelaide University, Deakin University, Intrepid Geophysics, Royal Melbourne Institute of Technology, Tjurunga Research, Victorian Partnership for Advanced Computing; in collaboration with EU FP6 Projects CoreGrid and CatNet
- Adaptive Execution Management of Services with Agents (Xuan)
- Agent-based Coalition Formation for Service Composition (Ingo)
- Predictive Decision Making in Agent Negotiations (Jakub
- Multi-Agent Distributed Planning and Replanning (Jian Feng (Jeff))
- Self-organising Agent-based Resource Allocation (Tino)
- Multi-agent Learning in Market-Based Resource Allocation (Eduardo)
- Agent-Enabled Social Networks (Juliana)
- Linguistic Agent Negotiation (Zaynab)
- Multi-stage Fuzzy Negotiation (Jan)
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