This paper presents progress on the conceptualisation and implementation of an extended version of Ford’s behavioural approach (Ford 1999) to feedback loop dominance analysis. The need for the extension of the original method is discussed, as are the methodological consequences of changing and implementing the method. The changed method presented here is refered to as the Generalised Loop Deactivation Method. The automated version of this method is tested on three models. The first of these is used to check the results of the method, the second to discuss several methodological changes and the third model is used to demonstrate how to detect superfluous structure in a larger model. Significant findings include recommendations on how to elim...
This thesis evaluates a modelling analysis technique known as Loop Eigenvalue Elasticity Analysis fo...
Abstract: Feedback loop dominance is a key concept to understand structural driving forces of system...
Disturbance rejection is a primary objective in many industrial control loops, thus a relevant goal ...
This paper presents progress on the conceptualisation and implementation of an extended version of F...
Feedback loop dominance is a critical tool in explaining how structure drives behavior. Current anal...
The relationship between structure and behavior is central to system dynamics, but effective tools r...
The system dynamics approach is based on the observation that dynamic behaviour arises as a result o...
The importance of feedback analysis is stressed by SD the community, and the subject is taught at mo...
Understanding the origins of behavior in time dependent, non-linear, dynamic mathematical systems wi...
Formal model analysis tools are essential elements in understanding how structure drives behavior. C...
This work shows a comparative assessment of open-loop and closed-loop processes to select, among a s...
234 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2006.Formal dynamic model analysis...
This thesis focuses on the development of data-driven automated techniques to enhance performance as...
The method presented in this paper allows for an investigation of how model behavior is created from...
Experienced system dynamicists commonly conceptualise causal relationships and feedback loops using ...
This thesis evaluates a modelling analysis technique known as Loop Eigenvalue Elasticity Analysis fo...
Abstract: Feedback loop dominance is a key concept to understand structural driving forces of system...
Disturbance rejection is a primary objective in many industrial control loops, thus a relevant goal ...
This paper presents progress on the conceptualisation and implementation of an extended version of F...
Feedback loop dominance is a critical tool in explaining how structure drives behavior. Current anal...
The relationship between structure and behavior is central to system dynamics, but effective tools r...
The system dynamics approach is based on the observation that dynamic behaviour arises as a result o...
The importance of feedback analysis is stressed by SD the community, and the subject is taught at mo...
Understanding the origins of behavior in time dependent, non-linear, dynamic mathematical systems wi...
Formal model analysis tools are essential elements in understanding how structure drives behavior. C...
This work shows a comparative assessment of open-loop and closed-loop processes to select, among a s...
234 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2006.Formal dynamic model analysis...
This thesis focuses on the development of data-driven automated techniques to enhance performance as...
The method presented in this paper allows for an investigation of how model behavior is created from...
Experienced system dynamicists commonly conceptualise causal relationships and feedback loops using ...
This thesis evaluates a modelling analysis technique known as Loop Eigenvalue Elasticity Analysis fo...
Abstract: Feedback loop dominance is a key concept to understand structural driving forces of system...
Disturbance rejection is a primary objective in many industrial control loops, thus a relevant goal ...