G1 & H1 ( Unitree Robotics) : agilité et accessibilité G1 : un humanoïde léger, agile et ultra-flexible, équipé de 43 moteurs articulaires. Il s’accroupit, interagit avec précision, et pourrait entrer rapidement sur le marché pro et domestique. H1 : premier robot
ROBOTICS
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Automated Valet Parking: Trust AI Over Human Drivers?
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Automated Valet Parking: Drivers are no longer necessary.
— Pascal Bornet (@pascal_bornet) 6 mars 2025
Would you place more trust in this technology than in a human valet?
Be AI-Ready. Join the Academy and read the Book: https://t.co/mPV0q9kSIP
Source: Endrit Restelica#ai #tech #selfdriving #innovation pic.twitter.com/7OlFOmKdwuAutomated Valet Parking: Drivers are no longer necessary. Would you place more trust in this technology than in a human valet? Be AI-Ready. Join the Academy and read the Book: https://
zurl.co/pAl2 Source: Endrit Restelica
#ai #tech #selfdriving #innovation -
Waymo autonomous cars demonstrate superior safety through reaction time
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Reaction time and 100% attentiveness are some of the reasons @Waymo cars are safer per mile driven than human drivers. A bit slow on the reaction time or a bit of inattentiveness by a human driver in this situation would have been disastrous. https://t.co/tmL8c2UNoa
— Jeff Dean (@JeffDean) 6 mars 2025Reaction time and 100% attentiveness are some of the reasons @Waymo cars are safer per mile driven than human drivers. A bit slow on the reaction time or a bit of inattentiveness by a human driver in this situation would have been disastrous.
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Meta PARTNR Demo: Insights and Challenges in Human-Robot Collaboration
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By sharing some of the insights and challenges in developing the Meta PARTNR demo, we hope to contribute to the development of the next wave of innovation in human-robot collaboration. Research paper https://
go.fb.me/prlg14
Dataset and code https://
go.fb.me/k9dzc0 -
Robots Replace Human Workers: Zero Salaries, Zero Strikes
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Le replacement des ouvriers et techniciens humains par des robots hyper-intelligents merci coordonnés s’accélère
— Docteur Laurent Alexandre (@dr_l_alexandre) 5 mars 2025
Zéro salaire
Zéro grève
Zéro mécontentement
Zéro pause cigarette
Zéro vacance
Zéro sommeil
Zéro syndicat
Zéro conflit
Zéro retraite pic.twitter.com/jsoA8cZ1J2Le replacement des ouvriers et techniciens humains par des robots hyper-intelligents merci coordonnés s’accélère Zéro salaire
Zéro grève
Zéro mécontentement Zéro pause cigarette
Zéro vacance
Zéro sommeil
Zéro syndicat
Zéro conflit Zéro retraite -
McDonald’s South Korea Introduces Fully Self-Service Robot-Operated Restaurant
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This might be the future of restaurants operated by #robots: Fully self-service in McDonalds in South Korea #Robotics #robot #innovation #FutureofWork Source @alvinfoo https://
linkedin.com/posts/alvinfsc
_fully-self-service-in-mcdonalds-korea-activity-7261671792971325440-0rwi?utm_source=share&utm_medium=member_ios
… @EstelaMandela @mikeflache @labordeolivier @JagersbergKnut @sulefati7 -
Brilliant Students Advance Spatial Intelligence and Robotic Learning
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That was a lot of fun! So exciting to be working with the most brilliant students and collaborators in spatial intelligence and robotic learning 🤩 https://t.co/kFWgE3ZNIT
— Fei-Fei Li (@drfeifei) 5 mars 2025That was a lot of fun! So exciting to be working with the most brilliant students and collaborators in spatial intelligence and robotic learning
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CSAIL Advances Intelligent Robots for Everyday Life Applications
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These projects, among many others, illustrate how CSAIL is helping implement intelligent robots in everyday life. Follow us for more updates on our lab’s latest research!
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Heterogeneous Transformers Accelerate General-Purpose Robot Training
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5. Training general-purpose robots faster The "Heterogeneous Pretrained Transformers" technique merges vast, diverse data to help train robots on many tasks w/o starting from scratch. This faster, cost-effective method outperformed traditional training by >20% in real-world
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Robots Learn Sweeping Skills Through Autonomous Practice Method
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4. Practicing skills independently to adapt to unfamiliar environments 🧹
— MIT CSAIL (@MIT_CSAIL) 4 mars 2025
The "Estimate, Extrapolate, and Situate" method enables robots to practice skills like sweeping on their own. Combining a vision system w/a performance evaluation algorithm, it could assist robots w/tasks… pic.twitter.com/y1pbPPiurz4. Practicing skills independently to adapt to unfamiliar environments The "Estimate, Extrapolate, and Situate" method enables robots to practice skills like sweeping on their own. Combining a vision system w/a performance evaluation algorithm, it could assist robots w/tasks