Concept learning and Structure Formation for Document Navigation. This proposal is motivated by its interest in document retrieval and
discovery using formal concept analysis. The hypothesis to be tested
is that logical structures can be automatically inferred from
a document collection using information inference and
concept learning.
Supercomputer Simulation and Risk Evaluation of Tsunami Generation Induced by Earthquakes. New hotspot forecasts show that great earthquakes are likely to occur during the next decade in the Western Pacific north of New Zealand which potentially poses a tsunami risk to Australia. The project will enable this risk to be reliably assessed thereby providing the information needed to properly manage this risk thus addressing the national research priority: Safeguarding Australia. Building on extensi ....Supercomputer Simulation and Risk Evaluation of Tsunami Generation Induced by Earthquakes. New hotspot forecasts show that great earthquakes are likely to occur during the next decade in the Western Pacific north of New Zealand which potentially poses a tsunami risk to Australia. The project will enable this risk to be reliably assessed thereby providing the information needed to properly manage this risk thus addressing the national research priority: Safeguarding Australia. Building on extensive geo-data and Australia's forefront position in solid earth simulation via investment in the ACcESS Major National Research Facility, the project provides an opportunity for Australia to play a key role in constructing next generation real-time tsunami warning systems.Read moreRead less
A Virtual Electromagnetic Compatibility (EMC) Lab Based on Advanced Computer Modeling and Simulation Techniques. The proposed project will provide a framework of electromagnetic compatibility computer modelling technologies for an electromagnetic compatibility/electromagnetic interference problem-solving environment. It will result in theoretical and practical contributions to the field of electromagnetic compatibility/electromagnetic interference and computational electromagnetics. The project ....A Virtual Electromagnetic Compatibility (EMC) Lab Based on Advanced Computer Modeling and Simulation Techniques. The proposed project will provide a framework of electromagnetic compatibility computer modelling technologies for an electromagnetic compatibility/electromagnetic interference problem-solving environment. It will result in theoretical and practical contributions to the field of electromagnetic compatibility/electromagnetic interference and computational electromagnetics. The project will provide an innovative technology to industry and societies with following major benefits: a) increased productivity and minimized the product risk with low failure rate, b) quicker project management cycles through such cost-effective electromagnetic compatibility computer modelling and simulation techniques based virtual Electromagnetic Compatibility Lab. and c) improved electromagnetic compatibility/electromagnetic interference problem solving environment and techniques for scientific research and commercial applications.Read moreRead less
Quantum entanglement and its role in complex quantum systems. Quantum entanglement - non-classical correlations in quantum states - is the physical resource at the heart of modern applications of quantum technology, such as absolutely secure communication, and teleportation of quantum states from one location to another. This project aims to deepen our theoretical understanding of entanglement by characterizing the type and amount of entanglement present in the ground and thermal states of a ge ....Quantum entanglement and its role in complex quantum systems. Quantum entanglement - non-classical correlations in quantum states - is the physical resource at the heart of modern applications of quantum technology, such as absolutely secure communication, and teleportation of quantum states from one location to another. This project aims to deepen our theoretical understanding of entanglement by characterizing the type and amount of entanglement present in the ground and thermal states of a general physical system. These results will enable us to study the central role entanglement plays in quantum phase transitions - the change of a physical system from one state of matter to another, different, state of matter, one with a truly quantum character.Read moreRead less