Embodied AI 101
Autor: Shaoqing Tan
Embodied AI 101 tracks the latest research at the intersection of AI and physical intelligence. Robotics, manipulation, world models, and the path from digital intelligence to embodied agents — each episode breaks down recent papers and advances in the field. We examine the methodology, real-world implications, and path to deployment. Covering robot learning, perception, control, and the fundamental challenge of grounding intelligence in the physical world. New episodes daily.
Odcinki
- Axis Robotics Browser Simulation: Does Sim-to-Real Manipulation Work? – Embodied AI 101
- HexaShell: Can Debugging Code Generalize RGB Robot Manipulation? – Embodied AI 101
- Niantic Spatial Gaussian Splats: Better Sim-to-Real Robot Training? – Embodied AI 101
- Gemini 4 Argon for Robotics: What the Benchmarks Actually Show – Embodied AI 101
- GreenWAM: Can One World-Action Model Learn Across Robot Bodies? – Embodied AI 101
- 3DCodeVerse: Can Code Generation Build Better Worlds for Robotics? – Embodied AI 101
- Motion- and Gravity-Aware 3D Reconstruction: Do Offline Priors Help? – Embodied AI 101
- ASPIRE: Can Code Refinement Make Robot Manipulation Generalize? – Embodied AI 101
- UAV-ESPrune: Can Visual Token Pruning Preserve UAV Reasoning? – Embodied AI 101
- Gemini Robotics 2: How General Is Its Whole-Body Robot Control? – Embodied AI 101
- RoboJEPA to Long-WAM: Do New Embodied AI Models Generalize? – Embodied AI 101
- VLA-ACL: Can Token Pruning Speed Up Robot Manipulation? – Embodied AI 101
- Juno: Do Predictive Latents Make VLA Manipulation More Robust? – Embodied AI 101
- Can Rephrasing Fix VLA Language Sensitivity Without Retraining? – Embodied AI 101
- Can CriticGPT Replace Hand-Designed Rewards for Robot Manipulation? – Embodied AI 101
- Urbex: Can Agentic VLM Search Improve City-Scale 3D Grounding? – Embodied AI 101
- VPP2: Does Better Video Prediction Improve Robot Manipulation? – Embodied AI 101
- PointWAM: Does 3D World Modeling Improve Dexterous Manipulation? – Embodied AI 101
- Mulligan: Can Failure-Focused Data Improve Robot Imitation Learning? – Embodied AI 101
- SOLE-R1: Can Video-Language Rewards Train Manipulation Policies? – Embodied AI 101
- Odyssey-3: Does a Physics-IQ World Model Transfer to Real Robots? – Embodied AI 101
- Long-WAM: Does Longer Visual Context Improve Real-Time Robot Control? – Embodied AI 101
- WR1.0: Does Whole-Body Humanoid Control Prove Generalization? – Embodied AI 101
- WorldGuide: Better Video Planning, Not Proven Robot Control – Embodied AI 101
- R2SGen: Can Constraint Solving Improve Real-to-Sim Driving Scenarios? – Embodied AI 101
- Humanoid Scooter Control: Does Sim-to-Real Reinforcement Learning Work? – Embodied AI 101
- ENPIRE: Can Coding Agents Improve Real-World Robot Manipulation? – Embodied AI 101
- GAS-Robo: Can Grid Actions Improve LLM-Driven Manipulation? – Embodied AI 101
- Four Keypoints, One Careful Pour: Connecting Language to Precise Robot Motion – Embodied AI 101
- PEAfowl: Helping Two Arms Agree on What They See – Embodied AI 101