Current military robotics research aims to transition the robot from tool to teammate, one that is more autonomous and acts with limited supervision within a highly complex and demanding environment. Investigating likely analogs to the human-robot team can provide guidance an inspiration into the simultaneous development of robot design and human training. Human-animal teams are one such metaphor that can provide insight into the capabilities of near-future robotic teammates. This paper explores the human-animal team metaphor, and describes a continuum of relevant human–animal team capabilities that can inform and guide the design of next-generation human–robot teams
Social robotics is becoming a driving field in building artificial agents. The possibility to constr...
Future robotic systems are expected to transition from tools to teammates, characterized by increasi...
Metaphoric classification of social interaction in human-robot teams can provide a useful frame for ...
Current military robotics research aims to transition the robot from tool to teammate, one that is m...
The future vision of military robotics is one in which robots will serve as integrated members of So...
The current generation of advanced robots essentially considers the external world, including humans...
Current ground robots are largely employed via tele-operation and provide their operators with usefu...
This paper examines a future embedded with cybernetic teams : teams of physical, biological, social...
In this paper we briefly describe teaming heuristics as they are applied to human-human teams, and d...
Interaction in a human-robot team in a changing environment is a big challenge. Several essential as...
US Army researchers and support contractors are involved in a multi-year effort to understand the im...
Advancements in technology in the field of robotics have made it necessary to determine integration ...
Soldier-robot teams will be an important component of future battle spaces, creating a complex but p...
A transition in robotics from tools to teammates is underway, but, because it is in an early state, ...
Even as future robots grow in intelligence and autonomy, they may continue to face uncertainty in th...
Social robotics is becoming a driving field in building artificial agents. The possibility to constr...
Future robotic systems are expected to transition from tools to teammates, characterized by increasi...
Metaphoric classification of social interaction in human-robot teams can provide a useful frame for ...
Current military robotics research aims to transition the robot from tool to teammate, one that is m...
The future vision of military robotics is one in which robots will serve as integrated members of So...
The current generation of advanced robots essentially considers the external world, including humans...
Current ground robots are largely employed via tele-operation and provide their operators with usefu...
This paper examines a future embedded with cybernetic teams : teams of physical, biological, social...
In this paper we briefly describe teaming heuristics as they are applied to human-human teams, and d...
Interaction in a human-robot team in a changing environment is a big challenge. Several essential as...
US Army researchers and support contractors are involved in a multi-year effort to understand the im...
Advancements in technology in the field of robotics have made it necessary to determine integration ...
Soldier-robot teams will be an important component of future battle spaces, creating a complex but p...
A transition in robotics from tools to teammates is underway, but, because it is in an early state, ...
Even as future robots grow in intelligence and autonomy, they may continue to face uncertainty in th...
Social robotics is becoming a driving field in building artificial agents. The possibility to constr...
Future robotic systems are expected to transition from tools to teammates, characterized by increasi...
Metaphoric classification of social interaction in human-robot teams can provide a useful frame for ...