RESEARCH PAPER

RoboNet: Large-Scale Multi-Robot Learning

Sudeep Dasari; Frederik Ebert; Stephen Tian; Suraj Nair; Bernadette Bucher; Karl Schmeckpeper; Siddharth Singh; Sergey Levine; Chelsea Finn

Classification

View four quadrants
Major category
Datasets
Architecture
Not applicable
Prediction paradigm
Not applicable
Source review status
Not assigned

Category review. The primary contribution is a shared multi-robot interaction dataset; distinct forward-planning and inverse-dynamics baselines evaluate its transfer utility rather than defining one proposed WAM architecture. The cataloged contribution is a dataset/data-generation method or evaluation/simulation resource, not the architecture of an evaluated or external policy. Reading evidence

AT A GLANCE

Contribution

RoboNet pools robot experience to make visual control transferable. Pretraining improves adaptation with a few hundred target-robot trajectories, but relevant subsets can outperform the broader pool. Its central contribution is a shared dataset evaluated through two distinct control algorithms.

Abstract

An abstract has not been added yet.

Affiliations

UC Berkeley; Stanford University; University of Pennsylvania; CMU