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on an innovative research project in the Wireless Communications Laboratory, which is funded by ARC DP, entitled “Integrated Sensing and Communication for 6G Wireless Networks.”. Working in a team your role will be
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modelling of massive antenna arrays for use in future wireless communication systems. Objective 1: to generate a trained deep neural network for antenna design based on provided specifications. Objective 2
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team and oversee core network and Wi-Fi technologies, providing insights and guidance to optimise performance and security. In this role you will: Ensure high availability and performance of ICT networks
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(Aruba or Cisco preferred), Wireless Networks and supporting client endpoints, Unified Communications and Firewalls and VPN. Demonstrated network security awareness and application within network systems
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Performance (EPBP), Communications, People, Information and Technology Services (ITS), Office of the Chief Operating Officer, Procurement and Vietnam Operations. The Portfolio houses significant drivers and
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$75927 plus generous superannuation About UNSW Sydney: UNSW isn’t like other places you’ve worked. Yes, we’re a large organisation with a diverse and talented community; a community doing extraordinary
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, or materials engineering). Experience in teaching Electromagnetics and Transmission Lines, Wireless Communications, and/or RF/Microwave Engineering. Evidence of high-quality teaching and student support
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, physics, or materials engineering). Experience in teaching Electromagnetics and Transmission Lines, Wireless Communications, and/or RF/Microwave Engineering. Evidence of high-quality teaching and student
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generation wireless communication techniques for 6G and beyond era: Design and develop novel communication and signal processing algorithms to facilitate the use of terahertz frequency band in 6G and beyond
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, machine learning, video analytics, wireless power transfer, microgrids, renewable energy integration and superconductivity. Life at QUT Our culture is vibrant, inspiring and challenging. It's a world where