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Research Topic : problem solving
Socio-Economic Objective : Application tools and system utilities
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  • Funded Activity

    Discovery Projects - Grant ID: DP0211866

    Funder
    Australian Research Council
    Funding Amount
    $321,658.00
    Summary
    Mapping argumentation structures to narrative for eCommerce dialogue support. Argumentation theories have proven to be essential for structuring reasoning and the provision of intelligent computer support. However, stilted human - computer interaction limits the effectiveness of argumentation for reasoning support. This research aims to realize a narrative model that, once mapped onto an existing argumentation model will enable users to dialogue with computer systems using story telling metapho .... Mapping argumentation structures to narrative for eCommerce dialogue support. Argumentation theories have proven to be essential for structuring reasoning and the provision of intelligent computer support. However, stilted human - computer interaction limits the effectiveness of argumentation for reasoning support. This research aims to realize a narrative model that, once mapped onto an existing argumentation model will enable users to dialogue with computer systems using story telling metaphors. This will facilitate the adoption of knowledge based support, particularly for e-commerce discourses involving multiple participants. Applied to legal reasoning, this approach has natural application for facilitating just outcomes for residents regardless of geographical location.
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    Funded Activity

    Discovery Projects - Grant ID: DP0343752

    Funder
    Australian Research Council
    Funding Amount
    $240,000.00
    Summary
    Real-time high-level cognitive robotics controllers. Technological advances have seen the recent release of commercially affordable mobile robots. In the wake of Sony's immensely successful AIBO entertainment robot, it is anticipated that the market will be flooded with similar devices in short time. However, while traditional robotics focuses on problems like navigation and sensory perception, scant attention has been paid to the development of high-level cognitive robotics languages for coordi .... Real-time high-level cognitive robotics controllers. Technological advances have seen the recent release of commercially affordable mobile robots. In the wake of Sony's immensely successful AIBO entertainment robot, it is anticipated that the market will be flooded with similar devices in short time. However, while traditional robotics focuses on problems like navigation and sensory perception, scant attention has been paid to the development of high-level cognitive robotics languages for coordinating these lower-level "skills". Such languages allow development of sophisticated robot controllers. We aim to develop a cognitive robotics language capable of controlling robots in real-time and in a multi-agent setting requiring coordination among agents.
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    Funded Activity

    Discovery Projects - Grant ID: DP0664862

    Funder
    Australian Research Council
    Funding Amount
    $174,000.00
    Summary
    Cognitive Features of Decision Support System Interfaces. The complex and time-constrained nature of the contemporary workplace is such that there is an increasing dependence on technology to assist operators in formulating accurate and timely decisions. This project is designed to ensure that the process through which this information is presented to operators is as efficient and effective as possible under the circumstances. Using an innovative approach to the development of such decision supp .... Cognitive Features of Decision Support System Interfaces. The complex and time-constrained nature of the contemporary workplace is such that there is an increasing dependence on technology to assist operators in formulating accurate and timely decisions. This project is designed to ensure that the process through which this information is presented to operators is as efficient and effective as possible under the circumstances. Using an innovative approach to the development of such decision support systems, the outcomes of this project will direct the development of this type of technology in the future and, ultimately, lead to more effective and more efficient decision-making under uncertainty.
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