AI-based high-speed long-range OCC international standard for leading next-generation optical wireless communication technology published / Professor JANG, YEONG MIN (Department of Electronic Engineering)
- 25.06.19 / 이정민
AI-based high-speed long-range OCC (Optical Camera Communication) technology led by Professor Jang Young-min's research team at the Department of Electronic Engineering, Creative Engineering College, Kookmin University (President Jeong Seung-ryul) has been recognized as an international standard. OCC technology refers to a form of wireless optical communication that transmits information by receiving changes in light transmitted from a light source such as LED lighting through an image sensor.
This standard, which reflects the continuous development of related technologies and market demands, has been officially published after receiving final approval from the IEEE (Institute of Electrical and Electronics Engineers) 802, one of the most influential academic organizations in the field of electrical and electronic engineering worldwide. Based on such international standardization activities, Professor JangYeong-min of Kookmin University, who has been active as an international standard expert since 2001, was appointed as an “ICT International Standardization Master” by the Ministry of Science and ICT from May 2025 to December 2026, officially recognizing his capabilities and contributions as an expert in ICT international standardization.
The technology developed by Professor JangYeong-min not only enables long-distance high-speed communication of up to 200 meters, but also has the advantage of being applicable to various fields such as drones, smart factories, IoT, robots, and medical and industrial fields. In particular, with the application of AI-based signal processing and network optimization technology, it is expected to overcome the limitations of existing communications and provide innovative communication infrastructure in various industrial sites and future mobility fields.
Professor JangYeong-min of Kookmin University said, “This standard is the result of the dedicated efforts of graduate students and researchers at Kookmin University's Wireless Communication and Artificial Intelligence Research Lab,” adding, “We expect it to become a core infrastructure for future industries such as smart factories, autonomous driving, drones, and satellite communications.”
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This content is translated from Korean to English using the AI translation service DeepL and may contain translation errors such as jargon/pronouns. If you find any, please send your feedback to kookminpr@kookmin.ac.kr so we can correct them.
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AI-based high-speed long-range OCC international standard for leading next-generation optical wireless communication technology published / Professor JANG, YEONG MIN (Department of Electronic Engineering) |
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AI-based high-speed long-range OCC (Optical Camera Communication) technology led by Professor Jang Young-min's research team at the Department of Electronic Engineering, Creative Engineering College, Kookmin University (President Jeong Seung-ryul) has been recognized as an international standard. OCC technology refers to a form of wireless optical communication that transmits information by receiving changes in light transmitted from a light source such as LED lighting through an image sensor.
This standard, which reflects the continuous development of related technologies and market demands, has been officially published after receiving final approval from the IEEE (Institute of Electrical and Electronics Engineers) 802, one of the most influential academic organizations in the field of electrical and electronic engineering worldwide. Based on such international standardization activities, Professor JangYeong-min of Kookmin University, who has been active as an international standard expert since 2001, was appointed as an “ICT International Standardization Master” by the Ministry of Science and ICT from May 2025 to December 2026, officially recognizing his capabilities and contributions as an expert in ICT international standardization.
The technology developed by Professor JangYeong-min not only enables long-distance high-speed communication of up to 200 meters, but also has the advantage of being applicable to various fields such as drones, smart factories, IoT, robots, and medical and industrial fields. In particular, with the application of AI-based signal processing and network optimization technology, it is expected to overcome the limitations of existing communications and provide innovative communication infrastructure in various industrial sites and future mobility fields.
Professor JangYeong-min of Kookmin University said, “This standard is the result of the dedicated efforts of graduate students and researchers at Kookmin University's Wireless Communication and Artificial Intelligence Research Lab,” adding, “We expect it to become a core infrastructure for future industries such as smart factories, autonomous driving, drones, and satellite communications.”
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