Human Robot Interactions/Cooperations

Consider all decisional aspects to build a consistent architecture dedicated to human-robot interaction management


Research Topics


Consider all decisional aspects to build a consistent architecture dedicated to human-robot interaction management:​

DACOBOT LAAS Architecture for Human-Robot Interaction figure with its different blocks: Knowledge bases, Symbolic planners, Supervision, Motion planners and execution, Situation assessment, Natural Language processing, Sensorimotor layer

  • Knowledge management and reasoning​
  • (Geometric) Situation Assessment​
  • Action and task monitoring​
  • Communication (Referring Expression Generation (REG)) ​
  • Supervision
    • Quality of interaction​
    • Expectations management ​
  • Planning (motion and task)


=> All of these taken into account humans' expectations and perspective​


Challenges

  • Take into account an overall interaction and all its contingencies, that means enabling the robot to handle its own part of the task but also to monitor the humans' ones​
  • Consider not only one-to-one but also one-to-many interactions, that means being able to handle interruption and quality of interaction​
  • Consider short-term as well as long-term interaction and more precisely the social context of the interaction and its implication
  • Interdisciplinary work with psychologists and philosophers: ​take inspiration from joint action theory, commitments theory, communication theory,... ​


=> The idea is not to imitate the human-human case but to better understand human’s expectations ​