International audienceWe present a novel approach to cognitive planning, i.e., an agent's planning aimed at changing the cognitive attitudes of another agent including her beliefs and intentions. We encode the cognitive planning problem in an epistemic logic with a semantics exploiting belief bases. We study a NP-fragment of the logic whose satisfiability problem is reduced to SAT. We provide complexity results for the cognitive planning problem. Moreover, we illustrate its potential for applications in human-machine interaction in which an artificial agent is expected to interact with a human agent through dialogue and to persuade the human to behave in a certain way
Single-agent planning in partially observable settings is a well understood problem and existing pla...
In this paper, we discuss a computational approach to the cognitive task of social planning. First, ...
International audienceA realistic model of multi-agent planning must allow us to formalize notions ...
We present a novel approach to cognitive planning, i.e., an agent's planning aimed at changing the c...
(short version)National audienceWe present a system that implements a framework for cognitive planni...
In this thesis, we introduced a cognitive planning framework that can be used to endow artificial ag...
Many AI applications involve the interaction of multiple autonomous agents, requiring those agents t...
Many AI applications involve the interaction of multiple autonomous agents, requiring those agents t...
Over the last few years, the concept of Artificial Intelligence has become central in different task...
In this thesis we are concerned with the design and investigation of dedicated programming languages...
Abstract. This paper addresses the problem of ensuring that agents ’ plans are epistemically feasibl...
We take a simple form of non-adversarial persuasion dialogue in which one participant (the persuader...
This paper introduces an approach to human-aware epistemicplanning in which a rational intelligent a...
Single-agent planning in partially observable settings is a well understood problem and existing pla...
In this chapter, we describe social planning mechanisms for constructing and representing explainabl...
Single-agent planning in partially observable settings is a well understood problem and existing pla...
In this paper, we discuss a computational approach to the cognitive task of social planning. First, ...
International audienceA realistic model of multi-agent planning must allow us to formalize notions ...
We present a novel approach to cognitive planning, i.e., an agent's planning aimed at changing the c...
(short version)National audienceWe present a system that implements a framework for cognitive planni...
In this thesis, we introduced a cognitive planning framework that can be used to endow artificial ag...
Many AI applications involve the interaction of multiple autonomous agents, requiring those agents t...
Many AI applications involve the interaction of multiple autonomous agents, requiring those agents t...
Over the last few years, the concept of Artificial Intelligence has become central in different task...
In this thesis we are concerned with the design and investigation of dedicated programming languages...
Abstract. This paper addresses the problem of ensuring that agents ’ plans are epistemically feasibl...
We take a simple form of non-adversarial persuasion dialogue in which one participant (the persuader...
This paper introduces an approach to human-aware epistemicplanning in which a rational intelligent a...
Single-agent planning in partially observable settings is a well understood problem and existing pla...
In this chapter, we describe social planning mechanisms for constructing and representing explainabl...
Single-agent planning in partially observable settings is a well understood problem and existing pla...
In this paper, we discuss a computational approach to the cognitive task of social planning. First, ...
International audienceA realistic model of multi-agent planning must allow us to formalize notions ...