Chapter
Challenges in Robot Interaction and Perception
The diversity in environments and objects that robots have to interact with pose difficult challenges in developing a cost-effective product. Specifically, creating a home robot that can touch an extensive variety of objects with different shapes is a significant challenge.
Clips
The collection of gigabytes of first-person experience data from robots can significantly advance the development of robotics.
1:58:12 - 2:01:11 (02:59)
Summary
The collection of gigabytes of first-person experience data from robots can significantly advance the development of robotics. A system that provides valuable answers worth waiting for could be built using this data.
ChapterChallenges in Robot Interaction and Perception
Episode#215 – Wojciech Zaremba: OpenAI Codex, GPT-3, Robotics, and the Future of AI
PodcastLex Fridman Podcast
The challenge of making autonomous driving and robotic products more economical is not just about solving the basic problems of driving, computer vision, and control, but also about creating a product that is affordable for consumers with economy of scale.
2:01:11 - 2:03:43 (02:31)
Summary
The challenge of making autonomous driving and robotic products more economical is not just about solving the basic problems of driving, computer vision, and control, but also about creating a product that is affordable for consumers with economy of scale. However, the idea of robotics being a trillion-dollar service industry is still not clear.
ChapterChallenges in Robot Interaction and Perception
Episode#215 – Wojciech Zaremba: OpenAI Codex, GPT-3, Robotics, and the Future of AI
PodcastLex Fridman Podcast
Developing robots with the ability to touch things becomes challenging when there is a diversity of objects to interact with.
2:03:43 - 2:06:09 (02:26)
Summary
Developing robots with the ability to touch things becomes challenging when there is a diversity of objects to interact with. Soft robotics, which involves actual touch, poses unique challenges compared to robots that rely only on visual inputs.