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enable the use of future radio links for imaging applications of the human body or tissue under the integrated communication and sensing (ISAC) framework. The position involves algorithm development and
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components. Experience with development of distributed processing algorithms. Experience with wireless system design and analysis, including antenna systems, baseband processing, and system simulations
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is seeking a highly motivated PhD candidate to work in the field of Extra-Large MIMO (XL-MIMO) communications, also known as ultra-massive MIMO. This emerging technology dramatically scales up antenna
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multiple-antenna communication schemes and related architectures. Analog components also differ in performance over the FR3 band. For instance, different types of power amplifiers and related semiconductor
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anchor nodes—often three to four—strategically placed around the perimeter of the coverage area. In contrast, your approach leverages a single infrastructure node equipped with multiple antennas. By
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that enables novel techniques, such as SCORE (Scan On Receive) and MAPS (Multiple Azimuth Phases), combined with a ScanSAR mode. Another advantage of systems with multiple channels in azimuth is the inherent
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network aims to deliver fiber-optic quality experiences over wireless links by building the theoretical, algorithmic, and architectural foundations of THz systems. It introduces ultra-MIMO (multiple-input
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: Lead the design, setup, and execution of ISAC channel measurement campaigns across multiple environments, hardware platforms, and frequency bands Develop, validate, and document ISAC channel modeling
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supervision of Dr. Marwa Chafii on Channel Modeling for integrated sensing and communication (ISAC). Responsibilities: Lead the design, setup, and execution of ISAC channel measurement campaigns across multiple
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infrastructure node equipped with multiple antennas. By analyzing the phase, polarization, and timing characteristics of incoming signals across these antennas, you will be able to simultaneously estimate