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research are multi-aperture radars to the design & development of RF systems, antennas and materials, and the development of novel space & wireless communications techniques for improved resilience and
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guarantees of FL. In this project, we aim at an ambitious goal - designing secure and privacy-enhancing algorithms and framework for FL and applying our designs into real-world applications. To achieve
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research are multi-aperture radars to the design & development of RF systems, antennas and materials, and the development of novel space & wireless communications techniques for improved resilience and
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Country, just outside Narrabri in north-west New South Wales, is our Paul Wild Observatory, the site of our Australia Telescope Compact Array (ATCA), an array of 22-metre dish antennas. Five of ATCA's six
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Telescope Compact Array (ATCA), an array of six 22-metre dish antennas. Five of ATCA's six dishes sit on a three-kilometre railway track, right in front of the visitors' centre. ATCA is the world's fastest
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Paul Wild Observatory, the site of our Australia Telescope Compact Array (ATCA), an array of 22-metre dish antennas. Five of ATCA's six dishes sit on a three-kilometre railway track. ATCA is the world's
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Country, just outside Narrabri in north-west New South Wales, is our Paul Wild Observatory, the site of our Australia Telescope Compact Array (ATCA), an array of 22-metre dish antennas. Five of ATCA's six
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, is our Paul Wild Observatory, the site of our Australia Telescope Compact Array (ATCA), an array of 22-metre dish antennas. Five of ATCA's six dishes sit on a three-kilometre railway track, right in
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-Low telescope. ASKAP has 36 dish antennas that work together as one telescope and generate data at the rate of 100 trillion bits per second – more data at a faster rate than Australia’s entire internet
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learning, algorithms, and programming. Prior exposure to reinforcement learning or human-robot interaction is highly desirable, though motivated candidates with a strong grounding in AI/ML and willingness