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interconnected world call for complex wireless systems with arrays consisting of increasing numbers of antennas. One of the most important features of 5G is the use of massive antenna arrays, with array sizes
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high-performance dish antennas with receiver systems spanning 1.1GHz to 105GHz. We have commenced a major upgrade of the telescope’s entire data processing system, in a multi-million-dollar project
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near-field communications Multiple antenna technologies for ISAC-enabled 6G, e.g., cell-free massive MIMO, etc. An understanding of and commitment to UNSW’s aims, objectives and values in action
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develop a novel airborne ES sensor capable of operating in a complex congested RF environment. The sensor will consist of a broadband antenna array, RF front end and digital backend. The candidate(s) will
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undertaking research in the RF & Antennas Research Group. The work will involve research in the development and application of the metamaterials and metasurfaces as defined by the research contract with
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an opportunity for a Research Associate / Senior Research Associate to join the Telecommunication team for developing smart antennas for terahertz frequencies for spectrum-to-space mapping and/or developing a
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, you will be intimately involved in the development, deployment, and operation of a dedicated array of low-frequency radio antennas that will be configured as a passive radar receiver for SDA. You will
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surface using the objective in EPI mode. Coherent MW-field manipulation, which is created by an MW antenna, is located near the diamond surface containing the NV layer. The NV fluorescence passes through
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learning-based wireless communications New waveforms and multiple access schemes, e.g., NOMA, OTFS THz communications and/or near-field communications Multiple antenna technologies for 6G, e.g., cell-free