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      • 스마트 IT 융합 플랫폼을 위한 지능형 센서 기술 동향

        김혜,진한빛,염우섭,김이경,박강호,Kim, H.J.,Jin, H.B.,Youm, W.S.,Kim, Y.G.,Park, K.H. 한국전자통신연구원 2019 전자통신동향분석 Vol.34 No.5

        As the Internet of Things, artificial intelligence and big data have received a lot of attention as key growth engines in the era of the fourth industrial revolution, data acquisition and utilization in mobile, automotive, robotics, manufacturing, agriculture, health care and national defense are becoming more important. Due to numerous data-based industrial changes, demand for sensor technologies is exploding, especially for intelligent sensor technologies that combine control, judgement, storage and communication functions with the sensors's own functions. Intelligent sensor technology can be defined as a convergence component technology that combines intelligent sensor units, intelligent algorithms, modules with signal processing circuits, and integrated plaform technologies. Intelligent sensor technology, which can be applied to variety of smart IT convergence services such as smart devices, smart homes, smart cars, smart factory, smart cities, and others, is evolving towards intelligent and convergence technologies that produce new high-value information through recognition, reasoning, and judgement based on artificial intelligence. As a result, development of intelligent sensor units is accelerating with strategies for miniaturization, low-power consumption and convergence, new form factor such as flexible and stretchable form, and integration of high-resolution sensor arrays. In the future, these intelligent sensor technologies will lead explosive sensor industries in the era of data-based artificial intelligence and will greatly contribute to enhancing nation's competitiveness in the global sensor market. In this report, we analyze and summarize the recent trends in intelligent sensor technologies, especially those for four core technologies.

      • 상시 근골격 모니터링과 재활을 위한 온스킨 센서 디바이스 기술

        박찬우,구재본,진한빛,김윤정,임채현,홍찬화,김혜,Park, C.W.,Koo, J.B.,Jin, H.,Kim, Y.,Lim, C.,Hong, C.H.,Kim, H.J. 한국전자통신연구원 2022 전자통신동향분석 Vol.37 No.2

        As the society is superaging, the number of patients with movement disabilities due to musculoskeletal or nervous system illness is rapidly increasing. To improve public health and reduce medical expenses, it is essential to develop rehabilitation systems that allow patients to resume their daily-life activities. However, the existing musculoskeletal illness diagnosis and rehabilitation method is limited in terms of precision and efficiency because it is based on an empirical diagnosis and prescription without regard for individual characteristics. To overcome these limits, it is critical to design a novel concept of routine rehabilitation therapy device that is capable of inducing musculoskeletal balance by the precise analysis of musculoskeletal usage patterns via the motion and the muscle activity tracking of linked muscles. This study introduces the trend of on-skin sensor device technology for routine musculoskeletal monitoring and therapy. For on-skin rehabilitation systems, skin-adhesive and stretchable motion/posture, electromyography, pressure sensors, small-size and low-power wireless sensor interfaces, and user-friendly rehabilitation contents based on new algorithms are combined.

      • 인간 신체를 자율적으로 보조하고 보호하는 지능형 소프트 슈트(엑소스킨)

        손용기,정준영,진한빛,구자범,김배선,이동우,김혜,신형철,Son, Y.K.,Jung, J.Y.,Jin, H.B.,Gu, J.B.,Kim, B.S.,Lee, D.W.,Kim, H.J.,Shin, H.C. 한국전자통신연구원 2021 전자통신동향분석 Vol.36 No.1

        Innovative developments in wearable and artificial intelligence technologies are accelerating the emergence of a soft suit that can autonomously augment a body's own strength and protect the human body. In this paper, we define the concept of "Exoskin," a new concept specifically derived from the "Road to an Intelligent Information Society" (Technology Development Map 2035) as predicted by the Electronics and Telecommunications Research Institute. In addition, we analyze the development status of each element of this technology and forecast its future development.

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