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I've been thinking a lot about making robot learning scalable. To me, that means learning on the job, and using the human help still needed efficiently.
In Mulligan ⛳️, we focus each data-collection round on the initial states where the robot fails. This happens in deployment, with the robot doing the task and a person stepping in when needed.
On 3 real tasks and 2,550 blind evals, it improves on uniform collection at the same budget.
In Mulligan ⛳️, we focus each data-collection round on the initial states where the robot fails. This happens in deployment, with the robot doing the task and a person stepping in when needed.
On 3 real tasks and 2,550 blind evals, it improves on uniform collection at the same budget.
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