Modelling human reasoning characterizes the fundamental human cognitive capacity to describe our past experience and use it to form expectations as well as plan and direct our future actions. Natural language semantics analyzes dynamic forms of reasoning in which the real-time order determines the temporal relations between the described events, when reported with telic simple past-tense clauses. It provides models of human reasoning that could supplement ACT-R models
Interval-based temporal reasoning naturally arises in a variety of fields, including artificial inte...
In this paper we describe a general way of formalizing reasoning behaviour. Such a behaviour may be ...
this article is to clarify the theoretical base necessary for the design of a computer-based simulat...
Modelling human reasoning characterizes the fundamental human cognitive capacity to describe our pas...
To model the dynamics of cognitive processes, often the dynamical systems theory (DST) is advocated....
To model the dynamics of cognitive processes, often the Dynamical Systems Theory (DST) is advocated....
This paper is concerned about the way humans reason about time in the light of reasoning theories an...
We develop notation for describing a temporal structure over the real numbers flow of time. This for...
Interpretation and reasoning are two sides of sharing information. Representations of the context an...
Time is a central factor in patient monitoring. Introduction of domain-dependent knowledge is essent...
This paper develops the foundations of a model for time representation in the framework of a man-mac...
This paper introduces a framework of human reasoning and its ACT-R based implementation called the H...
Reasoning about and with time has never been studied extensively in the context of cognitive archite...
Much previous work in artificial intelligence has neglected representing time in all its complexity....
This paper introduces a framework of human reasoning and its ACT-R based implementation called the H...
Interval-based temporal reasoning naturally arises in a variety of fields, including artificial inte...
In this paper we describe a general way of formalizing reasoning behaviour. Such a behaviour may be ...
this article is to clarify the theoretical base necessary for the design of a computer-based simulat...
Modelling human reasoning characterizes the fundamental human cognitive capacity to describe our pas...
To model the dynamics of cognitive processes, often the dynamical systems theory (DST) is advocated....
To model the dynamics of cognitive processes, often the Dynamical Systems Theory (DST) is advocated....
This paper is concerned about the way humans reason about time in the light of reasoning theories an...
We develop notation for describing a temporal structure over the real numbers flow of time. This for...
Interpretation and reasoning are two sides of sharing information. Representations of the context an...
Time is a central factor in patient monitoring. Introduction of domain-dependent knowledge is essent...
This paper develops the foundations of a model for time representation in the framework of a man-mac...
This paper introduces a framework of human reasoning and its ACT-R based implementation called the H...
Reasoning about and with time has never been studied extensively in the context of cognitive archite...
Much previous work in artificial intelligence has neglected representing time in all its complexity....
This paper introduces a framework of human reasoning and its ACT-R based implementation called the H...
Interval-based temporal reasoning naturally arises in a variety of fields, including artificial inte...
In this paper we describe a general way of formalizing reasoning behaviour. Such a behaviour may be ...
this article is to clarify the theoretical base necessary for the design of a computer-based simulat...
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