The long term research goal of our research group is to change the way a knowledge-based agent is built, from being programmed by a knowledge engineer (based on what he or she has learned from a domain expert) to being directly taught by a domain expert that receives limited or no support from a knowledge engineer. The investigated approach, called Disciple (Tecuci, 1998), relies on developing a very capable learning and reasoning agent that can collaborate with a domain expert to develop its knowledge base consisting of an ontology that defines the terms from the application domain, and a set of general task reduction rules expressed with these terms. An important component of this research is the development of a general methodology for m...
A powerful new complement to traditional synchronous teaching is emerging: intelligent tutoring syst...
This paper presents a successful knowledge acquisition experiment in which subject matter experts th...
Disciple is an apprenticeship, multistrategy learning approach for developing intelligent agents whe...
Abstract: For intelligent agents to become truly useful in real-world applications it is necessary t...
This paper introduces the concept of learning agent shell as a new class of tools for rapid developm...
To design efficient, flexible and user-adaptable learning environments, we need to embed a great dea...
This paper presents Disciple-COA, the most recent learning agent shell developed in the Disciple fra...
We research how subject matter experts can develop knowledge-based systems that incorporate their ex...
The research problem addressed in this paper is the development of knowledge bases and knowledge bas...
Disciple is a learning agent shell and methodology for efficient development of personal agents. The...
Abstract: In this paper an approach for building an intelligent tutoring system is presented, based ...
This paper presents a learning-based approach to the automation of knowledge acquisition for expert ...
The development of intelligent tutoring systems is discussed from intelligent agent and knowledge ma...
This paper presents a practical learning-based methodology and agent shell for building knowledge ba...
This paper presents the approach to ontology development that is part of the Disciple-LAS shell and ...
A powerful new complement to traditional synchronous teaching is emerging: intelligent tutoring syst...
This paper presents a successful knowledge acquisition experiment in which subject matter experts th...
Disciple is an apprenticeship, multistrategy learning approach for developing intelligent agents whe...
Abstract: For intelligent agents to become truly useful in real-world applications it is necessary t...
This paper introduces the concept of learning agent shell as a new class of tools for rapid developm...
To design efficient, flexible and user-adaptable learning environments, we need to embed a great dea...
This paper presents Disciple-COA, the most recent learning agent shell developed in the Disciple fra...
We research how subject matter experts can develop knowledge-based systems that incorporate their ex...
The research problem addressed in this paper is the development of knowledge bases and knowledge bas...
Disciple is a learning agent shell and methodology for efficient development of personal agents. The...
Abstract: In this paper an approach for building an intelligent tutoring system is presented, based ...
This paper presents a learning-based approach to the automation of knowledge acquisition for expert ...
The development of intelligent tutoring systems is discussed from intelligent agent and knowledge ma...
This paper presents a practical learning-based methodology and agent shell for building knowledge ba...
This paper presents the approach to ontology development that is part of the Disciple-LAS shell and ...
A powerful new complement to traditional synchronous teaching is emerging: intelligent tutoring syst...
This paper presents a successful knowledge acquisition experiment in which subject matter experts th...
Disciple is an apprenticeship, multistrategy learning approach for developing intelligent agents whe...