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Demands in Wireless Power Transfer of both Artificial Intelligence and Industry 4.0 for Greater Autonomy

Sedat Tarakçı *, H.Gökay Biliç, Aptülgalip Karabulut, Serhan Özdemir


There are many autonomous applications in daily life and they are limited only by our engineering. It is critical barrier for Industry 4.0 to make efficient communication between all physical objects to transfer of information and power in today’s technology. This paper presents the efficient wireless energy transfer methods for different applications which is already used and will be widely used for Artificial Intelligence technology. After the review of historical background, mostly used inductive coupling and capacitive coupling methods in Artificial Intelligence and their importance related with Industry 4.0 applications are demonstrated. Energy transfer demands for radio frequency identification (RFID) application are discussed with the definition of backscatter coupling. Finally, using wireless communication and power transfer methods for greater autonomy is investigated.


Capacitive Coupling, Energy, Inductive Coupling, Industry 4.0, Power Transfer, RFID, Wireless

Volume 3, No 3, SUPPLEMENT I of SYMPOSIUM ARTICLES, pp 23-34, 2018

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