Automated Interaction Technologies for Mobile Hand-held Devices. This project is concerned with developing intelligent technologies that support human interaction through handheld devices, connected to wireless digital networks. Intelligent software assistants running on these devices will interact with one another in order to coordinate the activities of multiple users. Such automated coordination may facilitate scheduling of meetings, collaboration among different members of a team, and negoti ....Automated Interaction Technologies for Mobile Hand-held Devices. This project is concerned with developing intelligent technologies that support human interaction through handheld devices, connected to wireless digital networks. Intelligent software assistants running on these devices will interact with one another in order to coordinate the activities of multiple users. Such automated coordination may facilitate scheduling of meetings, collaboration among different members of a team, and negotiating conflicts that may arise between the activities of different connected users. This will enable context-dependent task support and coordination of workers involved in industrial applications involving mobility and dynamism.Read moreRead less
Interest-based negotiation: theory and practice. The results of the project will provide theoretically sound technologies that can better support distributed resource and task allocation in complex problem solving settings. The combination of theoretical and practical outcomes from the research will enable these technologies to be applied in decision-making settings beyond those studied directly in the project. The project contributes to Australia's ability to compete in the emerging internation ....Interest-based negotiation: theory and practice. The results of the project will provide theoretically sound technologies that can better support distributed resource and task allocation in complex problem solving settings. The combination of theoretical and practical outcomes from the research will enable these technologies to be applied in decision-making settings beyond those studied directly in the project. The project contributes to Australia's ability to compete in the emerging international market for knowledge-based software applications. The project's key connections and integration with European research will also strengthen research collaboration and training opportunities for Australian based students. Read moreRead less
Agent-Enabled Social Networks. The project aims at creating a new framework for linking individuals and communities of common interests to form scalable online social networks across these communities. The framework specifies the method of discovery, interconnection and management of online social networks using an agent-based and user-centric approach. As a result, individuals and organisations will benefit from the wider and better sharing of information and human resources, and collaborate in ....Agent-Enabled Social Networks. The project aims at creating a new framework for linking individuals and communities of common interests to form scalable online social networks across these communities. The framework specifies the method of discovery, interconnection and management of online social networks using an agent-based and user-centric approach. As a result, individuals and organisations will benefit from the wider and better sharing of information and human resources, and collaborate in a more productive and trustful manner.Read moreRead less
Agent-Oriented Concept Management. This project will develop innovative agent-oriented approaches to managing information. An understanding of the concepts used by a system will enhance its ability to share information. Knowledge and concept management are key components of an information economy, and it is widely accepted that the success of the next generation of information systems will be their agent-oriented capability and their ability to interact with each other. In response, internation ....Agent-Oriented Concept Management. This project will develop innovative agent-oriented approaches to managing information. An understanding of the concepts used by a system will enhance its ability to share information. Knowledge and concept management are key components of an information economy, and it is widely accepted that the success of the next generation of information systems will be their agent-oriented capability and their ability to interact with each other. In response, international funding agencies have targeted agent-oriented technologies as essential ingredients for prosperity in the 21st century. This project will help to ensure that Australia shares in that prosperity.Read moreRead less
IMPROVING METEOROLOGICAL FORECASTING PRACTICE WITH KNOWLEDGE MANAGEMENT SYSTEMS. This research aims to improve meteorological services through the application of knowledge management to the forecast process. A comprehensive framework of knowledge management will be developed that includes models of forecasters? explicit, tacit and experiential knowledge. Such models allow forecasters to share knowledge and learn from their collective experience. The development of computer based support systems, ....IMPROVING METEOROLOGICAL FORECASTING PRACTICE WITH KNOWLEDGE MANAGEMENT SYSTEMS. This research aims to improve meteorological services through the application of knowledge management to the forecast process. A comprehensive framework of knowledge management will be developed that includes models of forecasters? explicit, tacit and experiential knowledge. Such models allow forecasters to share knowledge and learn from their collective experience. The development of computer based support systems, based on this framework, will enhance the Bureau of Meteorology's ability to compete internationally in the provision of complete forecasting systems. Generalising the outcomes will provide industry with the means to adopt knowledge management practices and enhance its ability to participate in the knowledge economy. Read moreRead less
The Next Step in Intelligent Decision-Support Systems (IDSS): Systems that Learn and Adapt. This project will benefit Australia's scientific knowledge and technology base in the areas of evolutionary computation, business intelligence, and decision management. The outcomes will advance Australian companies and organisations, as many common yet complex business problems can be better addressed with systems that automatically learn and adapt to environmental changes. Such complex business problems ....The Next Step in Intelligent Decision-Support Systems (IDSS): Systems that Learn and Adapt. This project will benefit Australia's scientific knowledge and technology base in the areas of evolutionary computation, business intelligence, and decision management. The outcomes will advance Australian companies and organisations, as many common yet complex business problems can be better addressed with systems that automatically learn and adapt to environmental changes. Such complex business problems include dynamic scheduling (in the manufacturing sector), resource allocation optimisation (in the defence, mining, and agriculture sectors), and network design optimisation (in the telecommunications and energy sectors).Read moreRead less
Learning strategies for personal agents to assist professional users in searching the Web. Many professional groups have large unmet information needs, with significant consequences for the public. We will take a novel strategy-based approach to the design of agents that assist humans in information search tasks, which represents a significant departure from the dominant paradigm of content-based retrieval. Our goal is to develop automated methods to learn task specific search strategies, embed ....Learning strategies for personal agents to assist professional users in searching the Web. Many professional groups have large unmet information needs, with significant consequences for the public. We will take a novel strategy-based approach to the design of agents that assist humans in information search tasks, which represents a significant departure from the dominant paradigm of content-based retrieval. Our goal is to develop automated methods to learn task specific search strategies, embed them in agents, and use them to guide human-agent interactions and search behaviours. To discover the effectiveness of our approach we will evaluate our methods with health care professionals.Read moreRead less
Sharing Complex Systems information by challenging the orthodoxies of linear presentation. Information Technology has contributed more to working with complex systems than to communicating them. Presentation software styled on the power of the point hardly addresses the restrictions of traditional media: sequential visual information display with little possibility for the cross-reference needed to communicate a complex situation.
This research will test the effectiveness of our multidimension ....Sharing Complex Systems information by challenging the orthodoxies of linear presentation. Information Technology has contributed more to working with complex systems than to communicating them. Presentation software styled on the power of the point hardly addresses the restrictions of traditional media: sequential visual information display with little possibility for the cross-reference needed to communicate a complex situation.
This research will test the effectiveness of our multidimensional presentation software prototype in a range of complex system situations in order to improve the opportunities for interactive spatial media in today's work and learning environments.
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Knowledge Discovery in Discretionary Legal Domains. The development of legal decision support systems in discretionary domains will lead to: (1) Consistency; (2) Transparency; (3) Efficiency; and (4) Enhanced support for dispute resolution. The researchers on this project have been using the World Wide Web to disseminate legal knowledge.
With the collaboration of Victoria Legal Aid and JUSTSYS, we propose to use knowledge discovery from databases and argumentation techniques to model how discre ....Knowledge Discovery in Discretionary Legal Domains. The development of legal decision support systems in discretionary domains will lead to: (1) Consistency; (2) Transparency; (3) Efficiency; and (4) Enhanced support for dispute resolution. The researchers on this project have been using the World Wide Web to disseminate legal knowledge.
With the collaboration of Victoria Legal Aid and JUSTSYS, we propose to use knowledge discovery from databases and argumentation techniques to model how discretionary legal decision-makers operate. A significant application of the research will be the construction of a prototype for assisting criminal law defense lawyers to make arguments with regard to their client's sentences.Read moreRead less
Feature Detection and Computer-aided Diagnosis with Longitudinal Tracking of Benign Asbestos-Related Pleural Disease in CT images. This project seeks to develop smart and novel feature extraction and knowledge acquisition techniques to assist radiologists in automated diagnosis and assessment of lung diseases. These outcomes will lead to improved delivery of health services in Australia, including in rural regions. They will lead to more accurate assessment of asbestos related pleural diseases f ....Feature Detection and Computer-aided Diagnosis with Longitudinal Tracking of Benign Asbestos-Related Pleural Disease in CT images. This project seeks to develop smart and novel feature extraction and knowledge acquisition techniques to assist radiologists in automated diagnosis and assessment of lung diseases. These outcomes will lead to improved delivery of health services in Australia, including in rural regions. They will lead to more accurate assessment of asbestos related pleural diseases for compensation and treatment and better followup, leading to earlier treatment and better quality of life for patients suffering from lung diseases. The project will also save costs due to automated assessment as well as the potential for fewer patient scans.Read moreRead less