This paper describes the software system supporting the Carnegie Mellon/Univ. of Pittsburgh team of simulated search and rescue robots in the Robocup Rescue 2010 Virtual Robots competition. Building on the Machinetta agent software, robot command and control is decomposed into a hierarchy of subtasks managed by independent agents both on the robot and co-located with human operators. By encapsulating all robot and human operator interactions into interfaces to these agents, the system can perform with a high level of robustness and re-usability. As in previous years, the entire code base is portable and platform-independent, running entirely in Java
With the progress made in active exploration, the robots of the Joint Rescue Forces are capable of m...
This article describes the simulation of distributed autonomous robots for search and rescue operati...
This paper describes the Virtual Synergy interface, which combines a three dimensional graphical int...
Abstract. This paper describes the software system supporting the Carnegie Mellon/Univ. of Pittsburg...
Abstract. This paper describes the software system supporting the Carnegie Mellon/Univ. of Pittsburg...
Abstract. In this paper, we present a general description of the software architecture and algorithm...
The purpose of the competition is to provide a common benchmark to demonstrate scien-tific progress ...
Inside the RoboCup Rescue Simulation League, the mission is to use robots to rescue as many victims ...
RoboCup is an international competition for autonomous robots intended to promote re­search and ...
Abstract. The RoboCup rescue simulation competitions have been held since 2001. The experience gaine...
The RoboCup rescue simulation competitions have been held since 2001. The experience gained during t...
The RoboCup Rescue Simulation League aims to benchmark the intelligence of software agents and robot...
Abstract. This paper is a quick overview of Kaveh-AUT 2014 rescue virtual robot team which de-scribe...
Abstract. The RoboCup Rescue Simulation League aims to benchmark the intelligence of software agents...
Recent advances in robotics and computer science mean that it is now possible to use teams of robots...
With the progress made in active exploration, the robots of the Joint Rescue Forces are capable of m...
This article describes the simulation of distributed autonomous robots for search and rescue operati...
This paper describes the Virtual Synergy interface, which combines a three dimensional graphical int...
Abstract. This paper describes the software system supporting the Carnegie Mellon/Univ. of Pittsburg...
Abstract. This paper describes the software system supporting the Carnegie Mellon/Univ. of Pittsburg...
Abstract. In this paper, we present a general description of the software architecture and algorithm...
The purpose of the competition is to provide a common benchmark to demonstrate scien-tific progress ...
Inside the RoboCup Rescue Simulation League, the mission is to use robots to rescue as many victims ...
RoboCup is an international competition for autonomous robots intended to promote re­search and ...
Abstract. The RoboCup rescue simulation competitions have been held since 2001. The experience gaine...
The RoboCup rescue simulation competitions have been held since 2001. The experience gained during t...
The RoboCup Rescue Simulation League aims to benchmark the intelligence of software agents and robot...
Abstract. This paper is a quick overview of Kaveh-AUT 2014 rescue virtual robot team which de-scribe...
Abstract. The RoboCup Rescue Simulation League aims to benchmark the intelligence of software agents...
Recent advances in robotics and computer science mean that it is now possible to use teams of robots...
With the progress made in active exploration, the robots of the Joint Rescue Forces are capable of m...
This article describes the simulation of distributed autonomous robots for search and rescue operati...
This paper describes the Virtual Synergy interface, which combines a three dimensional graphical int...