This paper describes a system for obtaining the motion plan for a planar assembly task, given a sequence of observations of a human performing the task. The motion plan in configuration space is a series of connected path segments lying outside and on the configuration space obstacle. We use the observed configurations of the assembled objects to selectively compute the features of the c-space obstacle on which the path lies. We project the observed configurations onto these features and reconstruct the path segments. The connected path segments form the model of the observed task and can be used to program a robot to repeat the task. We demonstrate the system using the planar peg in hole task.

This paper presents a system for modeling planar assembly tasks from observation, using observed configurations of assembled objects to reconstruct connected path segments, which can be used to program robots to repeat the task.

Modeling planar assembly paths from observation

Key Takeaway: This paper presents a system for modeling planar assembly tasks from observation, using observed configurations of assembled objects to reconstruct connected path segments, which can be used to program robots to repeat the task.