2023-03-17 Electronicsforu A Team Of Robots For Harvesting Crops

2023-03-16 Business Korea Robot Team of Two Works Together to Pick, Transport Fruit

2023-03-16 Korea IT Times KIMM develops multiple-robot system for fully automated crop harvesting

2023-03-16 Fresh Plaza Development of fully automated harvesting and transportation robots with AI

2023-03-16 Fresh-Market.info Development of fully automated harvesting and transportation robots with AI

2023-03-16 Tech Xplore Team develops a system of robots that use teamwork to pick fruit and transport it autonomously

2023-03-16 American Journal of Transportation Robots using teamwork to pick fruit and transport them all on their own!

2023-03-16 AAAS EurekAlert! Completion of a system of robots that use teamwork to pick fruit and transport them all on their own!

2023-03-16 Newswise Completion of a System of Robots that Use Teamwork to Pick Fruit and Transport Them All on Their Own!

2023-03-15 Groenten Nieuws South Korean institute develops robots for harvesting and transport (Zuid-Koreaans instituut ontwikkelt robots voor oogst en transport)

2023-03-10 Aju Business Daily State research institute creates robot system capable of harvesting and carrying fruits

2023-03-10 The Korea Bizwire Korean Institute Develops Unmanned Smart Farm Robot

2023-03-10 Verticalfarmdaily South Korean institute develops smart farm robot

2023-03-10 Hortidaily South Korean institute develops smart farm robot

2023-03-03 Rehab Management Smart Prosthetic Socket Adjusts Using AI

2023-03-03 EDI Weekly Korean intraocular lens may help with early Alzheimer’s detection: KIMM’s smart contact lense may

2023-03-02 Newswise AI-Based Prosthetic Socket Developed to Help Thigh Amputees

2023-02-27 Thomas Insights 6 Medical Robots Making a Difference in Healthcare

2023-02-26 EET China Nanoscale 3D fabrication technology based on mechanically guided assembly for fabrication of highly sensitive gas sensors (基于机械引导组装的纳米级3D制造技术，可用于高灵敏度气体传感器的制造)

2023-02-26 Sohu Nanoscale 3D fabrication technology based on mechanically guided assembly for fabrication of highly sensitive gas sensors (基于机械引导组装的纳米级3D制造技术，可用于高灵敏度气体传感器的制造)