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Authors C. Cao, Z. Tang, T. Yamazato, S. Lu
Title Light-Trail Based Polar Coding Scheme of Visual Optical Communication in Drone Propellers
Authority International Symposium on Information Theory and Its Applications (ISITA), p.366
Summary Due to their usability and efficiency, drones are used in various industries, such as agriculture, logistics, rescue operations,and surveying. Drones can quickly reach high or dangerous locations, significantly improving the effectiveness of life-saving efforts. Real-time communication and data transmission are essential in drone-assisted rescue operations. This study focuses on drone information transmission technology using visible light communication (VLC). VLC utilizes LEDs to transmit information through rapid flashes that are invisible to the human eye. While traditional drone wireless communication technologies have primarily focused on radio waves, the future holds expectations for real-time transmission of high-quality images and data. In experiments, LEDs are attached to the propellers of a quadcopter drone, and a camera captures the light-trail generated as the LEDs rotate. Verification experiments are conducted indoors to evaluate the proposed system’s performance.
年月 2024年11月
DOI/Handle DOI:10.34385/proc.86.we-am-poster-7
開催場所 Taipei, Taiwan
研究テーマ 可視光通信/光無線通信
言語 英語
原稿/プレゼン資料 / (ローカル限定)


山里研究室/岡田研究室 研究業績データベースシステム