technical reportWe propose a framework for the specification and analysis of autonomous agents. In general, such agents require several levels of behavioral specifications, including low-level reflex actions, midlevel controllers to deal with the physical aspects of the world, and high-level representations for goals and plans. In this study, we focus on the midlevel control problem (e.g., obstacle avoidance, grasping, etc.) and explore the following: ; 1. the use of real-time programming languages as behavior specification tools, ; 2. the use of graphical interactive tools, and; 3. the physical based simulation and animation of robotics systems
Abstract—In this paper, two behavior control architectures for autonomous agents in the form of cros...
An architecture for autonomous agents is proposed that integrates the functional and the behavioral ...
Introduction Autonomous mobile robots for human environments must cope with the main problems that a...
Journal ArticleWe describe a framework for the specification and analysis of autonomous agents1 . In...
We endeavor to build a robotic manipulation system that is capable of functioning in an unstructured...
In this paper we put forward a framework that integrates features of reactive planning models with m...
An architecture for autonomous agents is proposed that integrates the functional and the behavioral ...
An architecture for autonomous agents is proposed, that integrates the functional and the behavioral...
This thesis investigates a reactive motion planning and controller framework that enables robots to ...
The successful functioning of robotic agents in a dynamically changing environment requires rich sen...
The successful functioning of robotic agents in a dynamically changing environment requires rich sen...
We present a complete architecture for behavioral control of locomotion for both real and simulated ...
Abstract. This paper presents a model for the control of autonomous robots that allows cooper-ation ...
We present a complete architecture for behavioral control of locomotion for both real and simulated ...
This paper presents a new architecture for controlling autonomous robotic agents, building on previo...
Abstract—In this paper, two behavior control architectures for autonomous agents in the form of cros...
An architecture for autonomous agents is proposed that integrates the functional and the behavioral ...
Introduction Autonomous mobile robots for human environments must cope with the main problems that a...
Journal ArticleWe describe a framework for the specification and analysis of autonomous agents1 . In...
We endeavor to build a robotic manipulation system that is capable of functioning in an unstructured...
In this paper we put forward a framework that integrates features of reactive planning models with m...
An architecture for autonomous agents is proposed that integrates the functional and the behavioral ...
An architecture for autonomous agents is proposed, that integrates the functional and the behavioral...
This thesis investigates a reactive motion planning and controller framework that enables robots to ...
The successful functioning of robotic agents in a dynamically changing environment requires rich sen...
The successful functioning of robotic agents in a dynamically changing environment requires rich sen...
We present a complete architecture for behavioral control of locomotion for both real and simulated ...
Abstract. This paper presents a model for the control of autonomous robots that allows cooper-ation ...
We present a complete architecture for behavioral control of locomotion for both real and simulated ...
This paper presents a new architecture for controlling autonomous robotic agents, building on previo...
Abstract—In this paper, two behavior control architectures for autonomous agents in the form of cros...
An architecture for autonomous agents is proposed that integrates the functional and the behavioral ...
Introduction Autonomous mobile robots for human environments must cope with the main problems that a...