지난 18일부터 시작된 2024년 전파방송산업 진흥주간 동안 개최된 대한민국전파산업대전(KRS 2024)에 LG유플러스, LG전자, 노키아, 에릭슨 등 대표 통신·전자 기업을 비롯해 국립전파연구원, 한국전파진흥협회 등 국내 전파 기술의 발전을 위해 70여개 산학연이 한자리에 모이는 전파 행사가 서울 삼성동 코엑스에서 최근 진행됐다.

▲Inziinus Co., Ltd.'s 'Non-contact bio-signal detection radar detector' won the Presidential Award at the 'Radio Broadcasting Technology Awards'
70 companies including LG, Nokia, and Radio Research Institute unveil latest radio technology
Inziinus wins award for 'non-contact bio-signal detection radar'
Development of 5G data collection and measurement devices for AI propagation platforms
The Korea Radio Industry Fair (KRS 2024), held during the 2024 Radio Broadcasting Industry Promotion Week that began on the 18th, was recently held at COEX in Samseong-dong, Seoul, where about 70 academia, industry, and research institutes, including major telecommunications and electronics companies such as LG Uplus, LG Electronics, Nokia, and Ericsson, as well as the National Radio Research Agency and the Korea Radio Promotion Association, gathered together to promote domestic radio technology.
The Promotion Week, hosted by the Ministry of Science and ICT and co-organized by the Korea Radio Promotion Association, the Korea Broadcasting and Communications Promotion Agency, and the Korean Institute of Electromagnetic Engineering and Science, is celebrating its 25th anniversary this year and will be held under the theme of ‘A digital world united by radio waves, infinite possibilities.’
△Various side events were held, including the Radio Industry Day, the Korea Radio Industry Fair, the Radio Industry Academic Conference, and the Radio Experience Event, and the Korea Radio Industry Fair (KRS 2024) event showcased its status as the largest radio specialized comprehensive exhibition in Korea, with the participation of 71 companies and organizations, including LG U+ and the Central Radio Management Center.
At the exhibition that day, seven technologies that won the ‘Radio Broadcasting Technology Award’ were on display. Inziinus Co., Ltd., which won first place for developing a 'non-contact bio-signal detection radar detector', received the Presidential Award.
The Prime Minister's Award went to Damtech Co., Ltd. for developing an intelligent jamming device combined with a drone detection system. In addition, Irangtec Co., Ltd., KNS INC Co., Ltd., KBS Co., Ltd., Fit Together Co., Ltd., and SK Telecom Co., Ltd. each received the Minister of Science and ICT Award.
■ Inziinus, Non-Contact Radar Can Replace Computer Vision Inziinus Co., Ltd. was honored with the Presidential Award for developing a product that checks users' vital signs such as posture, heart rate, and breathing in hospitals, nursing homes, and homes for the elderly living alone, and sends notifications to users when abnormal situations such as falls occur.
Radar-based products can be used to develop related functions such as cluster detection, presence detection, and density measurement that AI-based computer vision can perform, while their advantages include ultra-low power and low cost compared to vision.
It is also reported that it can be installed in places where personal information is sensitive, such as bathrooms, and can be used to develop solutions for detecting whether a person is in a bathroom or not and recognizing situations such as falling over.
An official from Inziinus said, “It has great potential for use in care for the elderly living alone, intelligent hospitals, everyday health management services, and pet monitoring,” adding, “We expect to utilize it in remote medical systems and care services by remotely obtaining human heart rate, breathing, and sleep status.”
Especially “MoThe form factor is lightweight and cost-effective enough to be operated on a mobile device, so we can expect future convergence with wearable devices.
■ Radio Research Institute, Development of Big Data-Based Electromagnetic Wave Measurement Data Collector 
▲Three types of data collectors that collect, process, and manage base station electromagnetic wave measurement data
As research and development is underway to introduce AI-based 5G base station electromagnetic wave prediction technology as a new international standard, the Radio Research Institute has introduced a 5G base station electromagnetic wave measurement data collector developed by the institute.
The National Radio Research Agency unveiled three types of data collectors that collect, process, and manage base station electromagnetic wave measurement data for an AI-based electromagnetic wave prediction platform at the Radio Industry Expo.
They exhibited one type of drone-based measuring equipment for checking specifications such as electromagnetic wave radiation patterns of 5G base stations and measuring electromagnetic wave intensity, one type of measuring equipment for constantly monitoring real-time changes in indoor and outdoor electromagnetic waves, and one type of mobile measuring equipment for checking the distribution of electromagnetic wave human exposure around 5G base stations.
Based on the data collected here, it is expected that advancements in AI technology will be made in the future radio environment, such as providing location-based real-time electromagnetic wave data as AI learning data to prepare for human safety from electromagnetic waves such as EMF in the next-generation radio environment such as 5G and 6G.