Doctorate thesis defense on July 05th 2024 at 09H00 AM ,in Amphitheater Al-Khawarizmi, SUP'COM 2.
Entitled :Antenna development for intra / extra-corporal medical applications
Presented by :Dozohoua SILUE
President |
Ridha BOUALLEGUE |
Professor, SUP'COM, Tunisia |
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Reviewers |
Khaled GRAYAA |
Professor, ENSTA, Borj Cedria, Tunisia |
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|
Fethi MEJRI |
Associate Professor, FSB, Bizerte, Tunisia |
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Examiner |
Ali GHARSALLAH |
Professor, FST, Tunisia |
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Supervisor |
M. Fethi CHOUBANI |
Professor, SUP'COM, Tunisia |
Medical applications are becoming increasingly important for monitoring patients or diagnosing and treating pathologies. They use biological sensors that interact with the human body. Biosensors need to be efficient, reliable, and non-harmful to create trust among users.
Of all the components of a biosensor, the antenna plays a leading role. However, the human body modifies the characteristics of antennas and absorbs most of their radiation. What's more, antennas transmitting within or close to the body are subject to restrictions.
This thesis focused on the development of medical antennas that overcome both standardization restrictions and the adverse effects of the human body on electromagnetic radiation.
In addition to the bibliographical study in the first part, it includes three other parts. The second part is dedicated to the development of two miniature-performance antennas for medical implant and cardiac defibrillator applications, respectively. The third part of our study involved developing three patch antennas for body-worn gadgets and enhancing the performance of the most suitable antenna using metamaterials. In the fourth part of this thesis, a meander antenna was dimensioned for early diagnosis of skin sarcoma by reflection coefficient variation.
Medical antennas, medical applications, implantable antennas, body antennas, metamaterials, early diagnosis of skin cancer, skin sarcoma, small antennas.
Maintenant, allez pousser vos propres limites et réussir!