Add to ORKGThe representation of dynamical systems according to the principles of qualitative analysis and simulation has two main aspects: The structural model representing the structure of real world objects in the system, and the description of the processes that run on the system. The second is content of this paper. We introduce a process-oriented approach that allows to represent temporal and causal relationships, to discriminate continuous and discrete processes and to aggregate processes. The possible behaviors of a system can be determined by qualitative reasoning about processes, which is the basis for simulation. (IITB
Objects move, collide, flow, bend, heat up, cool down, stretch, compress and boil. These and other...
Creating qualitative models is often considered an art rather than a scientific undertaking, lacking...
In this paper we present an extension of the process algebra modelling methodology which allows qual...
This paper explores the possibility of extending Process-based models with Qualitative differential ...
This paper proposes that the concept of “qualitative” developed around the qualitative theory of non...
In this paper we present an event-based approach to qualitative simulation. We suggest that the beha...
A new methodology is proposed in this paper in or-der to study semiqualitative models of dynamic sys...
This paper describes a constructive algorithm for performing the qualitative simulation of continuou...
Existing approaches to qualitative physics concentrate on the reasoning aspects with qualitative val...
Rcprcsenting motion is an important part of Naive Physics. Previous qualitative models of mr\tlon ww...
We illustrate TeQsim, a qualitative simulator for continuous dynamical systems that combines the exp...
this paper took place while the author was visiting the Qualitative Reasoning Group at the Dept. of ...
Objects move, collide, flow, bend, heat up, cool down, stretch, compress. and boil. These and other ...
Different approaches and programs for qualitative simulation are briefly reviewed to illustrate the ...
System Dynamics (SD) can be employed for qualitative and quantitative modelling. There are important...
Objects move, collide, flow, bend, heat up, cool down, stretch, compress and boil. These and other...
Creating qualitative models is often considered an art rather than a scientific undertaking, lacking...
In this paper we present an extension of the process algebra modelling methodology which allows qual...
This paper explores the possibility of extending Process-based models with Qualitative differential ...
This paper proposes that the concept of “qualitative” developed around the qualitative theory of non...
In this paper we present an event-based approach to qualitative simulation. We suggest that the beha...
A new methodology is proposed in this paper in or-der to study semiqualitative models of dynamic sys...
This paper describes a constructive algorithm for performing the qualitative simulation of continuou...
Existing approaches to qualitative physics concentrate on the reasoning aspects with qualitative val...
Rcprcsenting motion is an important part of Naive Physics. Previous qualitative models of mr\tlon ww...
We illustrate TeQsim, a qualitative simulator for continuous dynamical systems that combines the exp...
this paper took place while the author was visiting the Qualitative Reasoning Group at the Dept. of ...
Objects move, collide, flow, bend, heat up, cool down, stretch, compress. and boil. These and other ...
Different approaches and programs for qualitative simulation are briefly reviewed to illustrate the ...
System Dynamics (SD) can be employed for qualitative and quantitative modelling. There are important...
Objects move, collide, flow, bend, heat up, cool down, stretch, compress and boil. These and other...
Creating qualitative models is often considered an art rather than a scientific undertaking, lacking...
In this paper we present an extension of the process algebra modelling methodology which allows qual...