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Field
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of prototypes integrating physiological sensors and non-invasive actuation systems. Setup of experimental test benches for functional characterization. Wireless control of actuators via
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of developing wireless, implantable sensor technologies aimed at transforming orthopedic care and regenerative medicine. The lab specializes in engineering battery-free, resonance sensors, such as inductive
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well as localization of targets or signal sources in passive-sensing settings. This is central to future 6G wireless communications applications, where radio-frequency sensing and data transfer (ISAC) are integrated
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techniques for applications in EM theory, radiofrequency (RF) analysis/design for wireless systems, wave scattering and propagation, and wave-particle dynamics in accelerator physics, among others. Preferred
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ecosystem. Applied AI techniques for vehicle-to-vehicle (V2V), vehicle-to-grid (V2G) and their potential impact on grid stability and energy management; Evaluation of wireless communication technologies and
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theory, radiofrequency (RF) analysis/design for wireless systems, wave scattering and propagation, and wave-particle dynamics in accelerator physics, among others. Preferred skills and qualifications
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include cognitive and adaptive spectrum use as well as localization of targets or signal sources in passive-sensing settings. This is central to future 6G wireless communications applications, where radio
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will be under the supervision of CT&T Research Group Director Prof. Dr. Murat Uysal and is expected to carry out cutting-edge research on the physical layer design of wireless communication systems and
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cryptography Machine learning for secure and adaptive communication systems Semantic communication and intelligent information processing Secure wireless, optical, and space communication protocols Design
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Semantic communication and intelligent information processing Secure wireless, optical, and space communication protocols Design, analyze, and optimize new algorithms and system architectures for secure