Robots x 3 for Human-Robot Interaction Studies

Tender description

Cardiff University require 3 x Robots for Human-Robot Interaction Studies. 2 of the robots should be smaller robots, suitable for child-robot interaction studies. The last should be a larger robot, able to move around and capable of interacting with objects on a table. We require the robots for the following activities within the IROHMS lab: Children’s interaction with robotic technology. This stream of work centres on enhancing the acceptability and reliability of humanoid robot interactions for children. Using CUCHDS’ existing neuroimaging technologies, this can explore the activation of social neural networks during CRI and use this to inform basic robotics development. Complementary psychological experimental paradigms that will inform these advancements include movement paradigms, perspective taking, eye-gaze cueing and joint attention. Atypically developing children, particularly autistic children, may perceive a humanoid robot’s appearance and behaviours differently from other children. Thus, the work will also focus on adapting humanoid robots to meet individual differences. Social cognition and behaviour. This stream capitalises on the breadth of CUCHDS research that explores social cognition and behaviour. For example, combined with motion capture software, we will use time-series analysis to offer a fine-grained exploration of the social synchrony between child and robot, with CRI offering experimental control not afforded in human-human interactions. Further, autistic children may find humanoid robots more predictable and easier to understand than humans, which offers exciting possibilities for exploring social strategies and interaction styles. As well as informing basic understanding of social cognition and behaviour in typical and atypical development, this work has potential to lead to interventions for children with neurodevelopmental disorders and emotional and behavioural difficulties. Integration with existing IROHMS capabilities. Other zones within the IROHMS lab, such as the transport simulator and immersive dome (Igloo) provide opportunities for using different technologies to explore Human-Robot Interaction scenarios. For example interventions or interfacing in autonomous driving or using augmented reality to help interface with machines