Add to ORKGAn important issue in research on human-machine cooperation concerns how tasks should be dynamically allocated within a human-machine team in order to improve team performance. The ability to support humans in task allocation decision making requires a thorough understanding of its underlying cognitive processes, and that of relative trust more specifically. This paper presents a computational agent-based model of these cognitive processes and proposes an experiment design that can be used to validate theoretical aspects of this model
Abstract. We consider a set of team-based information tasks, meaning that the team’s goals are to ch...
In the last decade, the concept of trust and its dynamics has received considerable attention in rob...
How can we facilitate human-robot teamwork? The teamwork literature has identified the need to know ...
Optimal performance of collaborative tasks requires consideration of the interactions between social...
The collaboration between AI agents (Artificial Intelligence) and human is an essential part of achi...
Mutual trust is considered a required coordinating mechanism for achieving effective teamwork in hum...
We study how humans make decisions when they collaborate with an artificial intelligence (AI) in a s...
Artificial agents, such as robots, are increasingly deployed for teamwork in dynamic, high-demand en...
In everyday life, people often depend on their theory of mind, i.e., their ability to reason about u...
Future platforms are envisioned in which human-machine teams are able to share and trade tasks as de...
Effective collaborations between humans and machines necessitate the modelling of human cognitive pr...
The focus of this paper is the development of a computational model for intelligent agents that deci...
With humans interacting with AI-based systems at an increasing rate, it is necessary to ensure the a...
As intelligent agents are becoming human's teammates, not only do humans need to trust intelligent a...
In the past decade, technological advancements have made it easier for computer simulations to inclu...
Abstract. We consider a set of team-based information tasks, meaning that the team’s goals are to ch...
In the last decade, the concept of trust and its dynamics has received considerable attention in rob...
How can we facilitate human-robot teamwork? The teamwork literature has identified the need to know ...
Optimal performance of collaborative tasks requires consideration of the interactions between social...
The collaboration between AI agents (Artificial Intelligence) and human is an essential part of achi...
Mutual trust is considered a required coordinating mechanism for achieving effective teamwork in hum...
We study how humans make decisions when they collaborate with an artificial intelligence (AI) in a s...
Artificial agents, such as robots, are increasingly deployed for teamwork in dynamic, high-demand en...
In everyday life, people often depend on their theory of mind, i.e., their ability to reason about u...
Future platforms are envisioned in which human-machine teams are able to share and trade tasks as de...
Effective collaborations between humans and machines necessitate the modelling of human cognitive pr...
The focus of this paper is the development of a computational model for intelligent agents that deci...
With humans interacting with AI-based systems at an increasing rate, it is necessary to ensure the a...
As intelligent agents are becoming human's teammates, not only do humans need to trust intelligent a...
In the past decade, technological advancements have made it easier for computer simulations to inclu...
Abstract. We consider a set of team-based information tasks, meaning that the team’s goals are to ch...
In the last decade, the concept of trust and its dynamics has received considerable attention in rob...
How can we facilitate human-robot teamwork? The teamwork literature has identified the need to know ...