Behaviour of dogs could help robot designers fine-tune their future designs, reveals researcher.
Lead author Gabriella Lakatos of the Hungarian Academy of Science and Eotvos Lorand University, found that dog's reacts sociably to robots that behave socially towards them, even if they look nothing like a human.
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This animal behaviour study tested the reaction of 41 dogs.
They were divided into two groups depending on the nature of human-robot interaction: 'asocial' or 'social.' One set of dogs in the 'asocial group' first observed an interaction between two humans (the owner and the human experimenter) and then observed an 'asocial' interaction between the owner and the robot.
![Researchers: How Dragonflies See may Help Improve Vision Systems for Robots]( "Researchers: How Dragonflies See may Help Improve Vision Systems for Robots")
The novel and complex visual circuit in a dragonfly's brain may help improve robots' vision systems, claim researchers.
The remaining dogs in this group participated in these interactions in the reverse order.
Then, in the 'social group,' one set of dogs watched an interaction between the owner and the human experimenter followed by observing a 'social' interaction between the owner and the robot.
The remaining dogs in this group also participated in these interactions in the reverse order. These interactions were followed by sessions in which either the human experimenter or the robot pointed out the location of hidden food in both the 'asocial' and the 'social' groups.
The level of sociality shown by the robot was not enough to elicit the same set of social behavioral reactions from the dogs that they normally display in their close relationship with humans. However, the researchers recorded definite positive social interactions between the animals and the robot. For instance, the dogs spent more time near the robot or gazing at its head when the PeopleBot behaved socially.
The researchers believe that the dogs' previous experience with the robot, while watching their owners interact with the PeopleBot, may have also influenced their attitude towards it when they confronted it during the pointing phase.
The study has been published in Springer's journal Animal Cognition.
Source: ANI
Researchers: How Dragonflies See may Help Improve Vision Systems for Robots
The novel and complex visual circuit in a dragonfly's brain may help improve robots' vision systems, claim researchers.
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The remaining dogs in this group participated in these interactions in the reverse order.
Then, in the 'social group,' one set of dogs watched an interaction between the owner and the human experimenter followed by observing a 'social' interaction between the owner and the robot.
The remaining dogs in this group also participated in these interactions in the reverse order. These interactions were followed by sessions in which either the human experimenter or the robot pointed out the location of hidden food in both the 'asocial' and the 'social' groups.
The level of sociality shown by the robot was not enough to elicit the same set of social behavioral reactions from the dogs that they normally display in their close relationship with humans. However, the researchers recorded definite positive social interactions between the animals and the robot. For instance, the dogs spent more time near the robot or gazing at its head when the PeopleBot behaved socially.
The researchers believe that the dogs' previous experience with the robot, while watching their owners interact with the PeopleBot, may have also influenced their attitude towards it when they confronted it during the pointing phase.
The study has been published in Springer's journal Animal Cognition.
Source: ANI
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