Artificial Intelligence and Robotics Institute is dedicated to developing core and applied technologies in the fields of advanced AI and robotics in order to overcome national challenges and social issues, help the citizens enjoy more comfortable, safer and healthier lives, while creating new values for the future society.

AI로봇연구소 메인미미지
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2020 로봇산업 발전 유공 포상식 성료

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"언택트시대 절호기회… 킬러콘텐츠로 VR·AR 키워야"

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KIST "코로나19 실내방역, 자율주행 로봇에 맡기세요"

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스스로 판단하고 움직이는 수술로봇 - 디지털 융합기술

'확진자 동선 찾아 자외선·소독액 뿌리는 방역로봇

2020.20

2020 로보월드 / 기계로봇산업분야 발전 유공 포상식

2020.20

아동권리보장원-KIST, 실종아동찾기 활성화 ‘업무협약’

2020.20

KIST "코로나19 실내방역, 자율주행 로봇에 맡기세요"

2020.20

NIPA, 보건의료 데이터의 활성화와 개인정보보호 발전 방안 토론회

2020.20

장기 실종아동 다큐멘터리 '증발', 당신의 기억이 기적을 만든다

2020.20

인공지능 기반 ‘자동 안면마비 등급 시스템’ 공동 개발

2020.20

RESEARCH CENTER 

Center for Artificial Intelligence focuses on developing core and original technologies that are essential to connect human, thing, robot, and place altogether, create the hyperconnected space where the virtual world is barely indistinguishable from the real world, and provide human-friendly AI services. 

Center for Artificial Intelligence
Center for Intelligent & Interactive Robotics

Center for Intelligent & Interactive Robotics is dedicated to developing core technologies of robotics and systems that can provide physical/intelligent assistance and service to humans, while presenting future values and directions of robotics to the country and society based on intelligent robotics and robots-humans-environment interaction technologies. 

Center for Healthcare Robotics

Center for Healthcare Robotics of KIST is committed to developing more efficient and safer digital medical solutions based on advanced technologies such as artificial intelligence (AI), virtual reality and augmented reality (3D/VR/AR), robotics (Soft robot, Cobot, Microsurgery robot), etc. 

KEY PROJECTS

Advanced Integrated Intelligence for Identification

Construction of a social security platform for efficient and advanced identification of missing children and seniors suffering from dementia through intelligent analysis, prediction and tracking of multimodal biometric information obtained and established from real sites of incidents.

CAS-Surgery 4.0 : Target-selective fluorescence image guided micro surgical robots

Surgery 4.0 is an information-guided digital surgery, in which all the information about patient is collected, processed and presented to surgeon to decrease the time and cost, and improve the outcome. In this project, two essential technologies of the surgery 4.0, the advanced imaging and the advanced instrumentation, are developed.

Development of endoscopic catheter robot for epidural neuroplasty (Dr. Hujoon)

Dr. Hujoon is a teleoperated robot manipulating endoscopic catheter for epidural neuroplasty. Epidural neuroplasty is a minimally invasive procedure for treating herniated disk

Fundamentals for Robotic Platforms in Connected Active Space (CAS)

A CAS (Connected Active Space) is a future space in which users are supported by various IoT and robotic technologies. Those are connected to each other and provide intelligent and physical support to the users. In this project, we present the prototypes of the connected services in usual life which will be available in a near future.

Development of a Life-Care Robot for Supporting Dementia Patients

In this project, we develop a life-care robot for supporting dementia patients. Developing robotic care service for patients with mild dementia using robot AI technology can give an essential help for not only dementia patients but also their caregivers. 

Hyper-connected Extraordinary-intelligent Robotic avatar (HERO)

Development of the core technology for human-friendly robot services to support the safety, convenience and health of elderly households in an aging society

ADDRESS : Artificial Intelligence and Robotics Institute (AIR),  Korea Institute of Science and Technology 5, Hwarang-ro 14-gil, Seongbuk-gu, Seoul 02792, Republic of Korea

TEL +82 02 958 5302 

Copyright ⓒ 2021 Artificial Intelligence and Robotics Institute, Korea Institute of Science and Technology.  All right reserved.

RESEARCH
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