Abstract. We describe a system where the semantics of spatial referential expressions have been automatically learned by finding mappings between symbolic natural language descriptions of the environment and non-symbolic representations from the sensory data of a mobile robot used for localisation and map building (SLAM). Although the success of learning can be measured by examining classifier performance on held-out data, this does not in itself guarantee that the descriptions generated will be natural and informative for a human observer. In this paper we describe the results of an evaluation of our embodied robotic system by human observers. Key words: spatial expressions, machine learning, mobile robots, embod-ied multi-modal conversati...
Abstract — We present an integrated approach for creating conceptual representations of human-made e...
Generating spatial referring expressions is key to allowing robots to communicate with people in an ...
Generating spatial referring expressions is key to allowing robots to communicate with people in an ...
The meaning of spatial words can only be evaluated by establishing a reference to the properties of ...
The meaning of spatial words can only be evaluated by establishing a reference to the properties of ...
In order for a robot to collaborate with a human to achieve a goal, the robot should be able to comm...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Electrical Engineering and Comp...
Robots, in order to properly interact with people and effectively perform the requested tasks, shoul...
Spatial Language for Human-Robot Dialogs In conversation, people often use spatial relationships to ...
The aim of our research is to enable spontaneous and efficient spatial reference to objects in human...
This paper deals with various kinds of mental representations available for linguistic instruction i...
This paper describes a framework that enables robots to effi-ciently learn human-centric models of t...
For a long time humanity has dreamed that one day robots will be among us. They will explore our wor...
Abstract—We present an integrated approach for creating conceptual representations of human-made env...
Abstract. This paper presents a computational model of the processing of dynamic spatial relations o...
Abstract — We present an integrated approach for creating conceptual representations of human-made e...
Generating spatial referring expressions is key to allowing robots to communicate with people in an ...
Generating spatial referring expressions is key to allowing robots to communicate with people in an ...
The meaning of spatial words can only be evaluated by establishing a reference to the properties of ...
The meaning of spatial words can only be evaluated by establishing a reference to the properties of ...
In order for a robot to collaborate with a human to achieve a goal, the robot should be able to comm...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Electrical Engineering and Comp...
Robots, in order to properly interact with people and effectively perform the requested tasks, shoul...
Spatial Language for Human-Robot Dialogs In conversation, people often use spatial relationships to ...
The aim of our research is to enable spontaneous and efficient spatial reference to objects in human...
This paper deals with various kinds of mental representations available for linguistic instruction i...
This paper describes a framework that enables robots to effi-ciently learn human-centric models of t...
For a long time humanity has dreamed that one day robots will be among us. They will explore our wor...
Abstract—We present an integrated approach for creating conceptual representations of human-made env...
Abstract. This paper presents a computational model of the processing of dynamic spatial relations o...
Abstract — We present an integrated approach for creating conceptual representations of human-made e...
Generating spatial referring expressions is key to allowing robots to communicate with people in an ...
Generating spatial referring expressions is key to allowing robots to communicate with people in an ...