Professor Kang Seung-taek, Department of Information and Communication Engineering, Incheon National University
Consumer Times = Reporter Ahn Woo-jin | Incheon National University (President Park Jong-tae) was selected as the organizer of the "University ICT Research Center" as part of the 2023 Information and Communication Broadcasting Innovation Talent Training Project supported by the Ministry of Science and ICT and the Information and Communication Planning Evaluation Institute.
The University ICT Research Center (ITRC) is a project to cultivate advanced master's and doctoral-level research talents in the ICT field by selecting promising research centers in the field of information and communication technology at domestic universities and supporting creative and challenging research.
This year, nine designated fields were recruited, including △ artificial intelligence semiconductors △ next-generation (cloud) security △ quantum information and communication △ radio and satellite △ next-generation (cloud) computing △ web 3.0 △ energy ICT △ healthcare ICT △ agricultural and livestock ICT. Incheon National University has been selected for radio waves and satellites and will receive 1 billion won per year for up to eight years (July 2023 to December 2030.
Incheon National University, in collaboration with Kumoh National University of Technology and Global Cornet, will conduct research on core technologies for low-orbit satellite communication compared to the next-generation communication era. Through this, we will work on developing beamforming repeaters for LEO satellite networks, high-speed optical communication, NR-NTN wireless access technology, big data processing and scheduling SW technology produced on satellite mobile networks, real-time dynamic optimization technology based on satellite movement information, human resources training, and expert training.
Kang Seung-taek, a professor of information and communication engineering at Incheon National University, said, "As a core technology of 6G communication, low-orbit communication satellites have laid the groundwork to contribute to securing the competitiveness of the domestic satellite industry through technology development and manpower training. We will create the possibility of entering OwSlKu (One Web, Starlink, Kuiper) with the SWaP/reliability of LEO beamforming HW and will try to cultivate OwSlKu LEO/6G communication field, FSO communication, and big data scheduler designers through the development of next-generation radio access technology for transmitting big data between satellites."
Source: Consumer Times (https://www.cstimes.com )
Professor Kang Seung-taek, Department of Information and Communication Engineering, Incheon National University
Consumer Times = Reporter Ahn Woo-jin | Incheon National University (President Park Jong-tae) was selected as the organizer of the "University ICT Research Center" as part of the 2023 Information and Communication Broadcasting Innovation Talent Training Project supported by the Ministry of Science and ICT and the Information and Communication Planning Evaluation Institute.
The University ICT Research Center (ITRC) is a project to cultivate advanced master's and doctoral-level research talents in the ICT field by selecting promising research centers in the field of information and communication technology at domestic universities and supporting creative and challenging research.
This year, nine designated fields were recruited, including △ artificial intelligence semiconductors △ next-generation (cloud) security △ quantum information and communication △ radio and satellite △ next-generation (cloud) computing △ web 3.0 △ energy ICT △ healthcare ICT △ agricultural and livestock ICT. Incheon National University has been selected for radio waves and satellites and will receive 1 billion won per year for up to eight years (July 2023 to December 2030.
Incheon National University, in collaboration with Kumoh National University of Technology and Global Cornet, will conduct research on core technologies for low-orbit satellite communication compared to the next-generation communication era. Through this, we will work on developing beamforming repeaters for LEO satellite networks, high-speed optical communication, NR-NTN wireless access technology, big data processing and scheduling SW technology produced on satellite mobile networks, real-time dynamic optimization technology based on satellite movement information, human resources training, and expert training.
Kang Seung-taek, a professor of information and communication engineering at Incheon National University, said, "As a core technology of 6G communication, low-orbit communication satellites have laid the groundwork to contribute to securing the competitiveness of the domestic satellite industry through technology development and manpower training. We will create the possibility of entering OwSlKu (One Web, Starlink, Kuiper) with the SWaP/reliability of LEO beamforming HW and will try to cultivate OwSlKu LEO/6G communication field, FSO communication, and big data scheduler designers through the development of next-generation radio access technology for transmitting big data between satellites."
Source: Consumer Times (https://www.cstimes.com )