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The discussions demonstrate strong support and interest, citing phrases like 'self-modeling' and 'teaching itself,' which emphasize the novelty and potential of the research. The mentions of collaboration and future implications suggest the community recognizes both scientific and societal impact.
Most discussions support the significance of the study, with references to its potential for future robotics applications.
The posts express high curiosity, with many noting the relevance to ongoing developments in AI and robotics.
Participants actively cite examples, mention team collaborations, and discuss methodologies, indicating deep engagement.
Multiple discussions highlight the importance of this work for future AI capabilities, indicating a perceived high impact.
A new system that enables #robots to “self-model” their own position in time and space, using neural networks to generate a visual model of the morphology and kinematics of a robot’s physical components. @Boyuan__Chen @Columbia https://t.co/MBr1FVBd6A https://t.co/ORhpSwvUW6
Listen to @hodlipson and @Boyuan__Chen talk to @MarwaEldiwiny about their recent study in Science #Robotics on robot self-modeling.
Engineers build a #robot that learns to understand itself, rather than the world around it @CUSEAS @SciRobotics https://t.co/hnpwcm5IGr https://t.co/4548qlqJ1J
´Fully body visual self-modeling of robot morphologies’ https://t.co/ApU6YTvnnl
A new system uses neural networks to generate a visual model of the morphology and kinematics of the robot’s physical component, enabling robots to “self-model.” @Boyuan__Chen @Columbia https://t.co/MBr1FVBd6A https://t.co/sN1viiQqoj
“Full-Body Visual Self-Modeling of Robot Morphologies” by Hod Lipson et al. Science Robotics https://t.co/eUrDLMkk7J
In this video, we discuss why people believe in conspiracy theories. It explores various profiles of conspiracy theorists and provides examples. Additionally, we reference multiple scientific sources that analyze this…
A Columbia Engineering team has created a robot capable of learning a model of its entire body from scratch without assistance. This groundbreaking development in fully body visual self-modeling marks a significant…
Engineers have created a self-learning robot capable of developing a visual self-model. This advancement highlights the potential for robots to gain self-awareness through autonomous learning methods. Explore the…
A group of robotic scientists has developed a robot capable of understanding its own body movements through practice. After three hours of training, the robot learned to recognize its own arm movements. This work builds…
https://t.co/G3W1mh2OLl After Yang | Rotten Tomatoes https://t.co/UoOmotDJ2c
RT @khoribe3: Fully body visual self-modeling of robot morphologies https://t.co/fpgw4qws7v
Fully body visual self-modeling of robot morphologies https://t.co/fpgw4qws7v
RT @DianboLiu: A not-so-recent paper published by Columbia university reveal the importance of building a "world model" of robot's body, wh…
A not-so-recent paper published by Columbia university reveal the importance of building a "world model" of robot's body, which captures the robots' morphology and kinematics, helps in different tasks:https://t.co/3JaTkv8P7z
RT @ahier: Fully body visual self-modeling morphologies by @Boyuan__Chen https://t.co/yROhPJTdh9 https://t.co/jSnGYCpwcx
RT @ahier: Fully body visual self-modeling morphologies by @Boyuan__Chen https://t.co/yROhPJTdh9 https://t.co/jSnGYCpwcx
RT @ahier: Fully body visual self-modeling morphologies by @Boyuan__Chen https://t.co/yROhPJTdh9 https://t.co/jSnGYCpwcx
Fully body visual self-modeling morphologies by @Boyuan__Chen https://t.co/yROhPJTdh9 https://t.co/jSnGYCpwcx
RT @PJ_Muncaster: Fully body visual self-modeling of robot morphologies https://t.co/yFBGLmoMtV #robotics @SciRobotics @elonmusk
Fully body visual self-modeling of robot morphologies https://t.co/yFBGLmoMtV #robotics @SciRobotics @elonmusk
Soon robots will start questioning our religious books/beliefs. For whoever not ready for this. https://t.co/yZg7q0Sz0y
An AI has "self-modeled," in other words . . . become self-aware. What happens next? https://t.co/55uO1VrSgX
This is a critical component towards realizing artificial general intelligence. #AGI Fully body visual self-modeling of robot morphologies https://t.co/Fo3uB3ZhR8
Listen to @hodlipson and @Boyuan__Chen talk to @MarwaEldiwiny about their recent study in Science #Robotics on robot self-modeling.
In the future it would be interesting to extend this approach with work by @DoctorJosh, @hodlipson (e.g. https://t.co/4eyqWnNS7d, https://t.co/igoRAvRQqr) and others on self-modeling machines.
Fully body visual self-modeling of robot morphologies https://t.co/utpO50qGex
@philipmuller @BeardedHeretic_ @3Vikings1 @Quietgorilla @OhHowByronic @minogully So.. Just to continue. This popped up on my science newsfeed this morning (I wonder why that may be...) https://t.co/dDttS1UCYb & again, while it is far from there, I think this is a piece of the major puzzle:
ナゾロジーで知ったこの論文…ほんとにいい感じに出来たら凄そうだなぁと思うのだけどどこまで出来るんだろ…人型でもいけるのかな…このアプローチ https://t.co/NTZ5AbTnbB
so great https://t.co/LhHvpEBwiD
Learn more about the recent @scirobotics study on robotic self-modeling in this video ⤵️ Then, read the paper: https://t.co/CiOCe3cssO https://t.co/7d0dl9FEbd
RT @SciRobotics: A new system uses neural networks to generate a visual model of the morphology and kinematics of the robot’s physical comp…
RT @SciRobotics: A new system uses neural networks to generate a visual model of the morphology and kinematics of the robot’s physical comp…
A new system uses neural networks to generate a visual model of the morphology and kinematics of the robot’s physical component, enabling robots to “self-model.” @Boyuan__Chen @Columbia https://t.co/MBr1FVBd6A https://t.co/sN1viiQqoj
https://t.co/qRki0fu1TD
RT @NeuroscienceNew: “Full-Body Visual Self-Modeling of Robot Morphologies” by Hod Lipson et al. Science Robotics https://t.co/eUrDLMkk7J
“Full-Body Visual Self-Modeling of Robot Morphologies” by Hod Lipson et al. Science Robotics https://t.co/eUrDLMkk7J
Fully body visual self-modeling of robot morphologies https://t.co/akxcwNmnXm - Internal computational models of physical bodies are fundamental to the ability to plan and control multiple possible future actions without trying them out in physical reality.
Ученые из Колумбийского университета научили робота «осознавать» себя. Он создает кинетическую модель своего «тела» для планирования движений и обхода препятствий. https://t.co/D35D6IoYt8
Fully body visual self-modeling of robot morphologies #AI #ArtificialIntelligence #neuralnetworks #Robotics #technology #philosophy @Boyuan__Chen @cvondrick (1/2) https://t.co/eaiqPuaeZF
RT @EVANVAERENBERGH: #NBIC: L’imagination infinie de l’être humain a construit un robot qui apprend à se comprendre lui-même, plutôt que le…
#NBIC: L’imagination infinie de l’être humain a construit un robot qui apprend à se comprendre lui-même, plutôt que le monde qui l'entoure. https://t.co/c7jyRdVmCH https://t.co/mGoqRESQmy
"In a new study [in @SciRobotics], engineers built a robotic arm that teaches itself how to use its body using artificial intelligence." Story by: @parshallison; https://t.co/YDZXZ9VzzV
RT @NandoDF: ´Fully body visual self-modeling of robot morphologies’ https://t.co/ApU6YTvnnl
´Fully body visual self-modeling of robot morphologies’ https://t.co/ApU6YTvnnl
RT @SciRobotics: A new system that enables #robots to “self-model” their own position in time and space, using neural networks to generate…
RT @Boyuan__Chen: This work was done with a fantastic team: Robert Kwiatkowski, @cvondrick , @hodlipson. (n=6) Paper: https://t.co/YF4juYH…
This work was done with a fantastic team: Robert Kwiatkowski, @cvondrick , @hodlipson. (n=6) Paper: https://t.co/YF4juYHLUe Website with arxiv, video, and code: https://t.co/AsUEtYsQod Press release from Columbia: https://t.co/ctSDA15N8S
RT @SciRobotics: A new system that enables #robots to “self-model” their own position in time and space, using neural networks to generate…
Fully body visual self-modeling of robot morphologies - Science https://t.co/eDFnELDjsW
A new system that enables #robots to “self-model” their own position in time and space, using neural networks to generate a visual model of the morphology and kinematics of a robot’s physical components. @Boyuan__Chen @Columbia https://t.co/MBr1FVBd6A https://t.co/ORhpSwvUW6
RT @TechXplore_com: Engineers build a #robot that learns to understand itself, rather than the world around it @CUSEAS @SciRobotics https:/…
RT @TechXplore_com: Engineers build a #robot that learns to understand itself, rather than the world around it @CUSEAS @SciRobotics https:/…
Engineers build a #robot that learns to understand itself, rather than the world around it @CUSEAS @SciRobotics https://t.co/hnpwcm5IGr https://t.co/4548qlqJ1J
RT @TechXplore_com: Engineers build a #robot that learns to understand itself, rather than the world around it @CUSEAS @SciRobotics https:/…