AbstractWe compare the event calculus and temporal action logics (TAL), two formalisms for reasoning about action and change. We prove that, if the formalisms are restricted to integer time, inertial fluents, and relational fluents, and if TAL action type specifications are restricted to definite reassignment of a single fluent, then the formalisms are not equivalent. We argue that equivalence cannot be restored by using more general TAL action type specifications. We prove however that, if the formalisms are further restricted to single-step actions, then they are logically equivalent
A temporal logic based on actions rather than on states is presented and interpreted over labelled t...
Abstract. The Event Calculus is a narrative based formalism for reasoning about actions and change o...
This paper presents a new formalism for reasoning about change over time. The formalism derives a cl...
AbstractWe compare the event calculus and temporal action logics (TAL), two formalisms for reasoning...
AbstractIn this paper we make a detailed comparison of the Situation Calculus and the Event Calculus...
In this paper we make a detailed comparison of the Situation Calculus and the Event Calculus, two lo...
In the first part of the paper, we investigate the relationship between the action description langu...
The intention of the paper is to establish a match between the equivalence induced by the partial or...
The purpose of this article is to provide a uniform, lightweight language specification and tutorial...
Abstract. Temporal Action Logics (TAL) is an expressive class of nonmono-tonic temporal logics for r...
We propose, and axiomatize, an extended version of the situation calculus [12] for temporal reasonin...
This article presents the event calculus, a logic-based formalism for representing actions and their...
We present several alternative classical logic axiomatisations of the Event Calculus, a narrative ba...
AbstractIn this paper, to compare the situation calculus and event calculus we formulate both as log...
In this paper we present a theory for reasoning about actions which is based on Dynamic Linear Time ...
A temporal logic based on actions rather than on states is presented and interpreted over labelled t...
Abstract. The Event Calculus is a narrative based formalism for reasoning about actions and change o...
This paper presents a new formalism for reasoning about change over time. The formalism derives a cl...
AbstractWe compare the event calculus and temporal action logics (TAL), two formalisms for reasoning...
AbstractIn this paper we make a detailed comparison of the Situation Calculus and the Event Calculus...
In this paper we make a detailed comparison of the Situation Calculus and the Event Calculus, two lo...
In the first part of the paper, we investigate the relationship between the action description langu...
The intention of the paper is to establish a match between the equivalence induced by the partial or...
The purpose of this article is to provide a uniform, lightweight language specification and tutorial...
Abstract. Temporal Action Logics (TAL) is an expressive class of nonmono-tonic temporal logics for r...
We propose, and axiomatize, an extended version of the situation calculus [12] for temporal reasonin...
This article presents the event calculus, a logic-based formalism for representing actions and their...
We present several alternative classical logic axiomatisations of the Event Calculus, a narrative ba...
AbstractIn this paper, to compare the situation calculus and event calculus we formulate both as log...
In this paper we present a theory for reasoning about actions which is based on Dynamic Linear Time ...
A temporal logic based on actions rather than on states is presented and interpreted over labelled t...
Abstract. The Event Calculus is a narrative based formalism for reasoning about actions and change o...
This paper presents a new formalism for reasoning about change over time. The formalism derives a cl...