Later this season, I'll be chatting to Prof. Lerrel Pinto (@lerrelpinto.com) from NYU about using machine learning to train robots to adapt to new environments.
Send me your questions for Lerrel: robottalk.org/ask-a-question/
Later this season, I'll be chatting to Prof. Lerrel Pinto (@lerrelpinto.com) from NYU about using machine learning to train robots to adapt to new environments.
Send me your questions for Lerrel: robottalk.org/ask-a-question/
1. RGBD + Pose data
2. Audio from the mic or custom contact microphones
3. Seamless Bluetooth integration for external sensors
1. RGBD + Pose data
2. Audio from the mic or custom contact microphones
3. Seamless Bluetooth integration for external sensors
Pinto's GRAIL lab works to bridge that gap.
www.youtube.com/watch?v=esyD...
Pinto's GRAIL lab works to bridge that gap.
www.youtube.com/watch?v=esyD...
Less than $450 and fully open-source 🤯
by @huggingface, @therobotstudio, @NepYope
This tendon-driven technology will disrupt robotics! Retweet to accelerate its democratization 🚀
A thread 🧵
We call this method Prescriptive Point Priors for robot Policies or P3-PO in short. Full project is here: point-priors.github.io
We call this method Prescriptive Point Priors for robot Policies or P3-PO in short. Full project is here: point-priors.github.io
To start of, Robot Utility Models, which enables zero-shot deployment. In the video below, the robot hasnt seen these doors before.
BAKU is modular, language-conditioned, compatible with multiple sensor streams & action multi-modality, and importantly fully open-source!
BAKU is modular, language-conditioned, compatible with multiple sensor streams & action multi-modality, and importantly fully open-source!
Hopefully will have nicer things to show than this soon
Hopefully will have nicer things to show than this soon
supervised-robot-learning.github.io