Projects
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Assistive & Adaptive BionicsThis project is concerned with investigating how bionic devices can be designed to be more adaptive to user needs and how other pervasive technologies can be utilised to guarantee more useful deployment. |
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Biomedical Devices & Signal ProcessingThis project covers the development of wireless 3D kinetic sensors for the measurement and monitoring of patients in clinics, at home or most normal environments. Current work involves the monitoring of Parkinson patients but the applications are very broad and apply to the aged, home care and even rehabilitation. This project has close engagement with the Health & Life Sciences Business Team. |
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Biomedical Imaging
This project has close engagement with the Health & Life Science Business Team. Visit the team's research page for more information. |
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Biomedical InformaticsThe Biomedical Informatics team is developing techniques to provide easier and faster access to valuable information buried in biomedical texts, saving time and cost for biomedical researchers and clinicians, and potentially enabling new insights and discoveries. This project has close engagement with the Health & Life Sciences Business Team. |
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Diagnostic GenomicsAdvances in molecular profiling technologies have resulted in large quantities of data being generated for a range of human diseases. The key challenge is to systematically analyze these diverse datasets to deepen our understanding of the molecular basis of disease, and to improve diagnosis and prognosis. For complex diseases, it is crucial to be able to simultaneously utilise genomic information and clinical data for accurate diagnosis. We focus on major killers such as cancer, diabetes and heart disease, where we integrate information in a clinical setting to build predictive models. This project has close engagement with the Health & Life Sciences Business Team. |
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Distributed Control & Estimation in Networked EnvironmentsThis project is partnered with the Australian Defence Science and Technology Organisation (DSTO). Many topics considered bear on fundamental research problems driven by certain real life scenarios of interest to the DSTO. The primary user of the research is the Australian Defence. An occasional user and supporter of the project is the US Air Force who has supplied funding through AOARD. However, the work has other potential users, e.g. those with interest in monitoring bushfires or with surveillance tasks. |
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FundamentalsResearchers working on Fundamentals project contribute high impact theoretical results, useful design algorithms and methodologies in the area of control and signal processing. |
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Future GridThis project is undertaking fundamental and applied research into new modelling, optimisation and control techniques for future electricity networks and associated energy markets. |
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Radar-On-A-Chip (ROACH)CSP researchers contribute to ROACH project. ROACH is a small, low cost, single chip automotive radar build on 65nm CMOS process for operating in the 76-77 GHz frequency band for both long range and short range automotive radar applications. More information on ROACH can be founder under the ONE research group. |
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Systems & Computational BiologyThis project is focused on investigating techniques for the modelling and measurement of biological phenomena with a specific focus on the interactions between different levels of biological organisation. |
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Water NetworksNICTA's FarmNet project is developing an online platform that will utilise the Commonwealth's National Broadband Network to bring together data and information from myriad sources and formats to transform decision making in farm management. |