3-year-Research-Position: Human Robot Interaction in robotics systems for table-grape harvesting and pruning
3-year research position, DIAG, Sapienza University, Rome
Human Robot Interaction in robotics systems for table-grape harvesting and pruning
The position is funded by the CANOPIES project (https://canopies.inf.uniroma3.it), with the scientific objectiveofdevelopingnovel human-robot interaction (HRI) methodologies for implementing an effective collaborative paradigm between human workers and multi-robot teams for the precision farming of permanents crops in the context of the table-grape vineyards.Specifically, this position aims at the development ofa multi-modal interactionframeworkand of a novel approach to keep a shared mental statesupporting the interaction.We address human-robot interaction by considering both implicit and explicit communicationand the evaluationof the effectiveness of different communication modes in the agricultural contextrelies on a novel virtual environment developed within CANOPIES. The research group working on the CANOPIES project at Sapienza has a strong focus and expertise in HRI and there will be opportunities for the development of fundamental research on AI approaches to HRI.
The call is in Italian (deadline May 5th)
https://web.uniroma1.it/trasparenza/bando/188890_1/2022
for information contact: n***i@diag.uniroma1.it
3-year research position, DIAG, Sapienza University, Rome
Human Robot Interaction in robotics systems for table-grape harvesting and pruning
The position is funded by the CANOPIES project (https://canopies.inf.uniroma3.it), with the scientific objectiveofdevelopingnovel human-robot interaction (HRI) methodologies for implementing an effective collaborative paradigm between human workers and multi-robot teams for the precision farming of permanents crops in the context of the table-grape vineyards.Specifically, this position aims at the development ofa multi-modal interactionframeworkand of a novel approach to keep a shared mental statesupporting the interaction.We address human-robot interaction by considering both implicit and explicit communicationand the evaluationof the effectiveness of different communication modes in the agricultural contextrelies on a novel virtual environment developed within CANOPIES. The research group working on the CANOPIES project at Sapienza has a strong focus and expertise in HRI and there will be opportunities for the development of fundamental research on AI approaches to HRI.
The call is in Italian (deadline May 5th)
https://web.uniroma1.it/trasparenza/bando/188890_1/2022
for information contact: n***i@diag.uniroma1.it
participants (1)
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Luca Iocchi