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the following areas: Wireless communications, Communication system design, signal processing algorithms, machine learning/AI based algorithms for communication systems. Good experiences in one or more of the
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Frequency Space (OTFS) Modulation for Wireless Communications project. Key Responsibilities: Study and develop OTFS modulation with flexible numerology. Study the performance of OTFS in the presence
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site, Integrate related wireless communication, edge computing and cloud platforms Conduct implementing and testing for end-to-end delay analysis for multi-resource allocation and scheduling problems in
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Research Engineer I (USRP and Experimental Platform Development) will be mainly responsible for the programming on Labview platform to support the USRP based wireless communication systems. Key
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. • Knowledge of analog-to-digital and digital-to-analog conversion principles. • Excellent problem-solving skills and attention to detail. • Effective communication and collaboration abilities. Preferred
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of using development tools (analyzers and oscilloscopes) and software IDEs • Basic understanding of satellite communication systems and wireless networks • Team-oriented individual with good inter-personal
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the detection and localization of active and passive targets via wireless RF signals in the harsh environment. We invite suitable candidate to join our strong research team as a Research Associate. Key
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reputable journals. • Excellent communication skills and ability to work effectively in a collaborative research environment. • Additional expertise in related areas such as wireless electronics design
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: Conduct research in digital signal processing, in particular the detection and localization of active and passive targets via wireless RF signals in the harsh environment Conduct both theoretical
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@NTU as a Research Fellow. Key Responsibilities: Conduct research in digital signal processing, in particular the detection and localization of active and passive targets via wireless RF signals in