For assistive robots (in roles such as carers, guides, companions, and assistants) to be most effective, they will need to engender trust in their users. The ROBO-GUIDE (ROBOtic GUidance and Interaction DEvelopment) project is an interdisciplinary project bringing together engineers and scientists working in computational neuroscience, control systems, formal verification, natural language, and psychology, to address how such a system can be designed. This paper outlines our approach, which focuses on the key trust influencers: safety, verification, communication, and behaviour
The immense technological advancements in the past decade have enabled robots to enjoy high levels o...
This article presents an investigation into the theoretical and computational aspects of trust as a...
In this paper we explore the factors and methodologies from a range of disciplines used to i...
Copyright © 2013, Association for the Advancement of Artificial Intelligence (www.aaai.org). All rig...
We investigate human robot interaction under no-visibility conditions. A major pre-condition for suc...
It is proposed that trust is a critical element in the interactive relations between humans and the ...
In all human-robot interaction, trust is an important element to consider because the presence or ab...
In order to interact seamlessly with robots, users must infer the causes of a robot’s behavior–and b...
Robots are increasingly becoming prevalent in our daily lives within our living or working spaces. W...
Integrating robots into the educational environment offers tremendous opportunities to support and a...
We are witnessing accelerating technological advances in autonomous systems, of which driverless car...
Recently there has been an increasing demand for technologies (automated and intelligent machines) t...
Trust is the foundation of successful human collaboration. This has also been found to be true for h...
This article investigates the challenge of developing a robot capable of determining if a social sit...
With advancements in technology comes new opportunities to improve other disciplines. With the devel...
The immense technological advancements in the past decade have enabled robots to enjoy high levels o...
This article presents an investigation into the theoretical and computational aspects of trust as a...
In this paper we explore the factors and methodologies from a range of disciplines used to i...
Copyright © 2013, Association for the Advancement of Artificial Intelligence (www.aaai.org). All rig...
We investigate human robot interaction under no-visibility conditions. A major pre-condition for suc...
It is proposed that trust is a critical element in the interactive relations between humans and the ...
In all human-robot interaction, trust is an important element to consider because the presence or ab...
In order to interact seamlessly with robots, users must infer the causes of a robot’s behavior–and b...
Robots are increasingly becoming prevalent in our daily lives within our living or working spaces. W...
Integrating robots into the educational environment offers tremendous opportunities to support and a...
We are witnessing accelerating technological advances in autonomous systems, of which driverless car...
Recently there has been an increasing demand for technologies (automated and intelligent machines) t...
Trust is the foundation of successful human collaboration. This has also been found to be true for h...
This article investigates the challenge of developing a robot capable of determining if a social sit...
With advancements in technology comes new opportunities to improve other disciplines. With the devel...
The immense technological advancements in the past decade have enabled robots to enjoy high levels o...
This article presents an investigation into the theoretical and computational aspects of trust as a...
In this paper we explore the factors and methodologies from a range of disciplines used to i...