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FEKT-MPA-KBCAcad. year: 2024/2025
In lectures, representation of living tissues by numerical phantoms is discussed, and electromagnetic wave propagation along the hunam body is explained. Next, lectures present the design of antennas for operation in proximity of a body, and their integration to textile substrates. Finally, wireless connection of sensors of vital functions is built, and the whole wireless network is optimized.
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Syllabus
1. Wireless communication: Electromagnetic waves2. Wireless communication: Finite differences and elements3. Modeling of living tissue: Numerical and physical phantoms4. Wave propagation modeling: On-body & off-body communication5. Antennas for on-body communication: Fundamental principles6. Antennas for on-body communication: Patch elements7. Antennas for on-body communication: Slot elements8. Antennas for off-body communication: Fundamental principles and requirements9. Antennas for in-body communication: Antenna elements10. Wearable electronics: Technological aspects
Exercise in computer lab
1. Modeling of wave propagation: Coaxial lines2. Wireless communication: Finite differences and elements3. Modeling of living tissue: Propagation of EM waves inside the tissue4. Antennas for on-body communication: Wire monopole5. Antennas for on-body communication: Bow-tie slot dipole6. Antennas for on-body communication: Patch antenna7. Antennas for on-body communication: Inverted-F antenna