서울대학교 초자율화 인공지능 연구실

Project

Hyperautonomy Artificial Intelligence Lab

Project

Project

Total 96건 3 페이지

Completed
Completed
Development of Deep Learning based Anomaly Detection Techniques for OHT (Overhead Hoist Transport) Driving Parts

Period2020-05-21 ~ 2020-12-31 SponsorSamsung Electronics
Completed
Physics+AI Modeling and Evolution Methodology for Mechanical Systems

Period2020-03-01 ~ 2024-02-29 SponsorNational Research Foundation of Korea
Completed
Industrial Artificial Intelligence (AI) Human Resource Development (HRD)

Period2020-03-01 ~ 2024-02-29 SponsorMinistry of Trade, Industry and Energy
Completed
Industrial Artificial Intelligence for Intelligent Machines and Manufacturing Digitalization

Period2019-12-01 ~ 2022-11-30 SponsorKorea Institute for Advancement of Technology
Completed
Structural Analysis for Pressurizing System Design of an All-Solid-State Battery

Period2019-11-25 ~ 2020-11-24 SponsorHyundai Motor
Completed
Operation of Industry-Academic Advisory Group for Improving Reliability and Process of Enterprise Parts

Period2019-11-01 ~ 2020-10-31 SponsorHyundai Motor
Completed
Developement of Interconnected Modular Exo-Suit System Technology for Muscular Strength of Human's Waist, Shoulder, and Knee

Period2019-10-01 ~ 2021-09-30 SponsorCivil Military Technology Cooperation Center
Completed
Development of Fault Diagnosis/Prediction for Foaming Process

Period2019-07-01 ~ 2019-12-31 SponsorLG Electronics
Completed
Research on Health Data and Fault Detection of Power Transformers

Period2019-06-01 ~ 2019-11-30 SponsorSamsung Electronics
Completed
Automation Framework of Reliability-Based Battery Pack System Analysis Considering Cell Characteristics

Period2019-04-15 ~ 2020-10-14 SponsorHyundai Motor
Completed
KF -X Engine Tendency Analysis and Review of Diagnostic System Needs

Period2019-01-31 ~ 2019-07-30 SponsorKorea Aerospace Industries
Completed
Development of Machine Learning based Condition Monitoring Techniques for OHT (Overhead Hoist Transport) Driving Parts and Fault Detection Techniques for Stepper Motor

Period2019-01-01 ~ 2019-12-31 SponsorSamsung Electronics
Completed
Korea-Germany Intelligent Manufacturing Systems Laboratory

Period2018-08-01 ~ 2021-02-28 SponsorNational Research Foundation of Korea
Completed
Development of AI-based Diagnosis and Prognostics System for Power Plant

Period2018-07-01 ~ 2022-05-19 SponsorKorea Electric Power Corporation
Completed
Development of Scale-Free Fault Diagnosis Techniques for Similar Mechanical Systems

Period2018-01-01 ~ 2020-12-31 SponsorKorean Institute of Machinery and Materials
Completed
Advances in Fault Detection Techniques for OHT (Overhead Hoist Transport) Driving and Non-driving Parts

Period2018-01-01 ~ 2018-12-31 SponsorSamsung Electronics

Contact Us

Completed

Development of Deep Learning based Anomaly Detection Techniques for OHT (Overhead Hoist Transport) Driving Parts

Physics+AI Modeling and Evolution Methodology for Mechanical Systems

Industrial Artificial Intelligence (AI) Human Resource Development (HRD)

Industrial Artificial Intelligence for Intelligent Machines and Manufacturing Digitalization

Structural Analysis for Pressurizing System Design of an All-Solid-State Battery

Operation of Industry-Academic Advisory Group for Improving Reliability and Process of Enterprise Parts

Developement of Interconnected Modular Exo-Suit System Technology for Muscular Strength of Human's Waist, Shoulder, and Knee

Development of Fault Diagnosis/Prediction for Foaming Process

Research on Health Data and Fault Detection of Power Transformers

Automation Framework of Reliability-Based Battery Pack System Analysis Considering Cell Characteristics

KF -X Engine Tendency Analysis and Review of Diagnostic System Needs

Development of Machine Learning based Condition Monitoring Techniques for OHT (Overhead Hoist Transport) Driving Parts and Fault Detection Techniques for Stepper Motor

Korea-Germany Intelligent Manufacturing Systems Laboratory

Development of AI-based Diagnosis and Prognostics System for Power Plant

Development of Scale-Free Fault Diagnosis Techniques for Similar Mechanical Systems

Advances in Fault Detection Techniques for OHT (Overhead Hoist Transport) Driving and Non-driving Parts

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