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Australian State/Territory : VIC
Field of Research : Computation Theory And Mathematics Not Elsewhere Classified
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  • Funded Activity

    Linkage - International - Grant ID: LX0242419

    Funder
    Australian Research Council
    Funding Amount
    $21,350.00
    Summary
    Digital Imagery for Building 3D City Models. The project will investigate the application of digital photogrammetric imagery, and primarily high-resolution satellite imagery for the creation of visually realistic 3D city models. Virtual reality computer models of urban scenes find application in urban planning, facilities management, engineering and even virtual tourism. Building upon recently initiated collaborative research, the project aims to develop improved methods and procedures for autom .... Digital Imagery for Building 3D City Models. The project will investigate the application of digital photogrammetric imagery, and primarily high-resolution satellite imagery for the creation of visually realistic 3D city models. Virtual reality computer models of urban scenes find application in urban planning, facilities management, engineering and even virtual tourism. Building upon recently initiated collaborative research, the project aims to develop improved methods and procedures for automated, image-based object reconstruction to support the generation of metrically accurate 3D computer models of buildings and the built environment.
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    Funded Activity

    Discovery Projects - Grant ID: DP0773532

    Funder
    Australian Research Council
    Funding Amount
    $176,184.00
    Summary
    Constrained numerical optimisation techniques for automatic graph drawing. Network visualisation (graph drawing) is an enabling technology that is valuable to many important Australian interests. This project aims to develop new techniques that are more easily adapted to specific applications than current methods. There are a range of benefits in developing this technology including but not limited to: improved mapping of terrorist networks that can aid early identification of security threats .... Constrained numerical optimisation techniques for automatic graph drawing. Network visualisation (graph drawing) is an enabling technology that is valuable to many important Australian interests. This project aims to develop new techniques that are more easily adapted to specific applications than current methods. There are a range of benefits in developing this technology including but not limited to: improved mapping of terrorist networks that can aid early identification of security threats; improved design and analysis of communication networks, either for the telecommunications industry or for emergency and disaster management scenarios such as bushfires; improved access to biological network databases used in the study of metabolic processes critical to drug development and genetic research.
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    Funded Activity

    Discovery Projects - Grant ID: DP0663147

    Funder
    Australian Research Council
    Funding Amount
    $232,755.00
    Summary
    Service-oriented negotiation and coordination in multi-agent systems. Australia has a strong competitive advantage in the area of agent software. The outcomes of this project will provide an improved platform for services in application areas such as finance, e-commerce, tourism, and multi-platform media. More broadly, the work proposed here will enable the IT industry in Australia, and Melbourne specifically, to adopt and utilise agent-technology in developing the complex software that is inc .... Service-oriented negotiation and coordination in multi-agent systems. Australia has a strong competitive advantage in the area of agent software. The outcomes of this project will provide an improved platform for services in application areas such as finance, e-commerce, tourism, and multi-platform media. More broadly, the work proposed here will enable the IT industry in Australia, and Melbourne specifically, to adopt and utilise agent-technology in developing the complex software that is increasingly required to meet the needs of the software-driven knowledge economy of the 21st century.
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    Funded Activity

    Discovery Projects - Grant ID: DP0450426

    Funder
    Australian Research Council
    Funding Amount
    $570,000.00
    Summary
    A paradigm of genomic discovery - an investigation of the allelic architecture of height. Understanding the complexities of the human body from its DNA sequence has proven difficult. Genomic discovery is best developed using stable, easily measurable and highly heritable characteristics such as height. By taking advantage of 2 large population surveys of adult and adolescent stature we shall apply modern molecular techniques and statistical strategies to identify and characterise the exact chang .... A paradigm of genomic discovery - an investigation of the allelic architecture of height. Understanding the complexities of the human body from its DNA sequence has proven difficult. Genomic discovery is best developed using stable, easily measurable and highly heritable characteristics such as height. By taking advantage of 2 large population surveys of adult and adolescent stature we shall apply modern molecular techniques and statistical strategies to identify and characterise the exact changes in DNA that determine height. This work builds on substantial preliminary leads from unique resources and complementary expertise in the scientific specialties. The results from this work will inform other genomic research and provide information about growth and bone biology.
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    Funded Activity

    Linkage Projects - Grant ID: LP0349147

    Funder
    Australian Research Council
    Funding Amount
    $160,698.00
    Summary
    Agile Systems Engineering Processes, Analysis and Design Methods for Distributed, Safety Critical Automotive By-Wire Systems. Systems development for automotive by-wire applications provides a number of challenges. It spans the disciplines of mechanical, control and software engineering, it must be agile enough to cope with changes in technology and changing market conditions and, most important, it must result in safe and reliable By-Wire systems. This project will address the development .... Agile Systems Engineering Processes, Analysis and Design Methods for Distributed, Safety Critical Automotive By-Wire Systems. Systems development for automotive by-wire applications provides a number of challenges. It spans the disciplines of mechanical, control and software engineering, it must be agile enough to cope with changes in technology and changing market conditions and, most important, it must result in safe and reliable By-Wire systems. This project will address the development of safety critical By-Wire systems from a systems and sofwtare engineering viewpoint by: (1) developing modeling and analysis methods for real-time distributed control systems; (2) investigating design methods for such systems, and (3) developing software and systems engineering processes for agile development of By-Wire systems.
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