The effects of anthropomorphism, transparency and system failure on task performance and trust toward an autonomous system during human-autonomy teaming (HAT) were investigated. Participants (N=36) played repeated trials of a newly developed air-traffic control simulation game called MAHVS (Multiple Autonomous Heterogenous Vehicle Simulation) with an artificially intelligent (AI) cooperative partner. Trust was measured by participant acceptance rates of AI recommendations. Independent variables included anthropomorphism (low/high) and transparency (on/off). A “disaster” trial was implemented halfway through each block of trials, in which task difficulty increased dramatically and the AI failed to help, after which an apology and explanation...
Increasingly, automated systems are being incorporated in collaborative environments where they are ...
Increasingly, automated systems are being incorporated in collaborative environments where they are ...
AI systems have the ability to complete tasks with greater precision and speed than humans, which ha...
The role of intelligent agents becomes more social as they are expected to act in direct interaction...
Nowadays, Human Autonomy Teams (HATs) are incorporated in many fields, where humans and autonomous a...
Collaboration in teams composed of both humans and automations has an interdependent nature, which d...
Autonomous agents (AA) will increasingly be deployed as teammates instead of tools. In many operatio...
Motivation – To investigate ways to support human-automation teams with real-world, imperfect automa...
Motivation – To investigate ways to support human-automation teams with real-world, imperfect automa...
Trust is a fundamental aspect of teamwork in Human-Agent Teams (HATs). Trust violations are an inevi...
The number of collaborations between humans and artificial agents has risen steeply in recent years ...
Intelligent agents are increasingly required to engage in collaboration with humans in the context o...
Interdependence relationships between humans and agents play a crucial role in the collaborative AI ...
CRUSER TechCon 2018 Research at NPS. Wednesday 2: TeamingAs autonomy becomes more ubiquitous, human-...
Trust in automation is often strongly tied to an agent’s performance. However, our understanding of ...
Increasingly, automated systems are being incorporated in collaborative environments where they are ...
Increasingly, automated systems are being incorporated in collaborative environments where they are ...
AI systems have the ability to complete tasks with greater precision and speed than humans, which ha...
The role of intelligent agents becomes more social as they are expected to act in direct interaction...
Nowadays, Human Autonomy Teams (HATs) are incorporated in many fields, where humans and autonomous a...
Collaboration in teams composed of both humans and automations has an interdependent nature, which d...
Autonomous agents (AA) will increasingly be deployed as teammates instead of tools. In many operatio...
Motivation – To investigate ways to support human-automation teams with real-world, imperfect automa...
Motivation – To investigate ways to support human-automation teams with real-world, imperfect automa...
Trust is a fundamental aspect of teamwork in Human-Agent Teams (HATs). Trust violations are an inevi...
The number of collaborations between humans and artificial agents has risen steeply in recent years ...
Intelligent agents are increasingly required to engage in collaboration with humans in the context o...
Interdependence relationships between humans and agents play a crucial role in the collaborative AI ...
CRUSER TechCon 2018 Research at NPS. Wednesday 2: TeamingAs autonomy becomes more ubiquitous, human-...
Trust in automation is often strongly tied to an agent’s performance. However, our understanding of ...
Increasingly, automated systems are being incorporated in collaborative environments where they are ...
Increasingly, automated systems are being incorporated in collaborative environments where they are ...
AI systems have the ability to complete tasks with greater precision and speed than humans, which ha...