[ 메릭 웨비나 ] 카이스트 라이보 개발 및 관련 연구- 황보제민 교수(KAIST 기계공학과)
The KAIST Department of Mechanical Engineering and the Robotics and Intelligent Systems Laboratory (RISLab) are conducting various research on quadruped robots. Design, control, mapping, perception learning, and path planning are among the notable areas of focus. Through this research, they aim to develop quadruped robots that can walk faster, more energy-efficiently, and with greater stability. The recently unveiled LaiBo robot represents an amalgamation of these research efforts and demonstrated the robust locomotion of quadruped robots on terrains such as sandy beaches and mountainous landscapes. This presentation will discuss the diverse research and achievements incorporated into LaiBo, as well as outline the development direction for LaiBo 2.

MIT Robotics - Marco Hutter - Robots in the wild

Talk 09: L. Marchioni, PAL Robotics | ICRA2021 WS on Legged Robots

"이런 환경은 오직 대한민국 뿐" 미국과 중국의 거대한 자본에 맞설 수 있는 최적의 조건 그래서 로봇은 언제부터 써볼 수 있죠?|취미는과학|알고e즘

엔비디아는 결국 이 회사를 살 겁니다 (KAIST 전자및전기공학부 김정호 교수)

Chelsea Finn & Perry Dong (Stanford & PI): Reliable VLA Post-Training with Real-World RL
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Place your brain in the frequency of wealth, prosperity and total abundance - Attraction Law

Tearing Down the Unitree Go2: A Robotics Expert's Deep Dive

Meet BirdBot, an energy-efficient robot leg - research published in Science Robotics
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I Built a Robot Dog and Made it Dance

How AI Cracked the Protein Folding Code and Won a Nobel Prize

DeepGait: Planning and Control of Quadrupedal Gaits using Deep Reinforcement Learning (Presentation)

Strategic Machine Learning-Based Design Methods and Manufacturing Applications

Learning Walking Control with Reinforcement Learning & Introduction to RaiSim Physics Engine

China's construction robots will change the industry forever!

meine ENTSCHULDIGUNG an APORED 18

"10년도 안 남았다." 앞으로 세상을 지배할 충격적인 기술ㅣ지식인초대석 EP.68 (김대식 교수 1부)
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