This chapter reports progress in extending the Soar architecture to tasks that involve inter-action with external environments. The tasks are performed using a Puma arm and a camera in a system called Robo-Soar. The tasks require the integration of a variety of capabilities including problem solving with incomplete knowledge, reactivity, planning, guidance from ex-ternal advice, and learning to improve the efficiency and correctness of problem solving. All of these capabilities are achieved without the addition of special purpose modules or subsystems to Soar.
Human environments are challenging for robots, which need to be trainable by lay people and learn ne...
We have constructed a team of intelligent agents that perform the tasks of an Army attack helicopter...
The aim of that work is to implement external environment for cognitive architecture Soar that can b...
This paper reports progress in extending the Soar architecture to tasks that involve interaction wit...
This chapter reports progress in extending the Soar architecture to tasks that involve interaction w...
This paper reports progress in extending the Soar architecture to tasks that involve interaction wit...
Three key components of an autonomous intelli-gent system are planning, execution, and learning. Thi...
Robo-Soar is a high-level robot arm control system implemented in Soar. Robo-Soar learns to perform ...
Robo-Soar is a high-level robot arm control system implemented in Soar. Robo-Soar learns to perform...
Robo-Soar is a high-level robot arm control system implemented in Soar. Robo-Soar learns to perform ...
A preliminary study of SOAR, a general intelligent architecture for automated problem solving and le...
This paper describes the development of a system that uses computational psychology (the Soar cognit...
This tutorial gives an overview of Soar as an architecture for developing agents as well as cognitiv...
Abstract: "The ultimate goal of work in cognitive architecture is to provide a foundation for a syst...
We are building a robot cognitive architecture that constructs a real-time virtual copy of itself an...
Human environments are challenging for robots, which need to be trainable by lay people and learn ne...
We have constructed a team of intelligent agents that perform the tasks of an Army attack helicopter...
The aim of that work is to implement external environment for cognitive architecture Soar that can b...
This paper reports progress in extending the Soar architecture to tasks that involve interaction wit...
This chapter reports progress in extending the Soar architecture to tasks that involve interaction w...
This paper reports progress in extending the Soar architecture to tasks that involve interaction wit...
Three key components of an autonomous intelli-gent system are planning, execution, and learning. Thi...
Robo-Soar is a high-level robot arm control system implemented in Soar. Robo-Soar learns to perform ...
Robo-Soar is a high-level robot arm control system implemented in Soar. Robo-Soar learns to perform...
Robo-Soar is a high-level robot arm control system implemented in Soar. Robo-Soar learns to perform ...
A preliminary study of SOAR, a general intelligent architecture for automated problem solving and le...
This paper describes the development of a system that uses computational psychology (the Soar cognit...
This tutorial gives an overview of Soar as an architecture for developing agents as well as cognitiv...
Abstract: "The ultimate goal of work in cognitive architecture is to provide a foundation for a syst...
We are building a robot cognitive architecture that constructs a real-time virtual copy of itself an...
Human environments are challenging for robots, which need to be trainable by lay people and learn ne...
We have constructed a team of intelligent agents that perform the tasks of an Army attack helicopter...
The aim of that work is to implement external environment for cognitive architecture Soar that can b...