19 phd-signal-processing research jobs at National University of Singapore in Singapore
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Job Description Our team is developing an innovative phased array system for Earth observation missions. We are looking for a researcher in SAR signal generation and signal processing to join the
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About the Centre for Quantum Technologies (CQT) The Centre for Quantum Technologies (CQT) in Singapore brings together physicists, computer scientists and engineers to do basic research on quantum
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chiral transport, optical rotation, etc. 2. Study the polarization characteristics of optic in various active materials nano- /micro- structures from the point of view of photophysics and structural design
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learning (reinforcement learning, multi-armed bandits). This position is expected to last from one to two years. The start date is negotiable. The candidate is expected to have a PhD in electrical
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Job Description The Research Fellow (Postdoc) will conduct research in the field of coastal engineering, in terms of coupling of different types of wave signals such as ship wakes, wind waves and
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Job Description The Research Fellow (Postdoc) will conduct research in the field of coastal engineering, in terms of coupling of different types of wave signals such as ship wakes, wind waves and
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on the integration of antenna arrays, microwave modules, and the signal processing modules into a system. • Participate in the testing of the complete phased array system. • Present the R&D results in
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construct signal read-out circuits to demonstrate the high-performance and multifunctional photodetection capabilities of the fabricated devices. At last, prototype system designs should be developed
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, microwave modules, and the signal processing modules into a system. • Participate in the testing of the complete phased array system. • Present the R&D results in conferences and journal publications
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to incorporate analog electronics into overall device design and fabrication processes. • Stay updated on advancements in flexible electronics and propose innovative solutions to enhance device performance and