Formal Models of
Systems Archetypes, A. M. Dowling and R. H. MacDonald
(under revision for publication in the System Dynamics
Review, 1998).
Abstract for Formal Models of Systems Archetypes
In recent years an important component of the research
and practitioner agenda in the field of system dynamics
has focused on the definition and use of archetypal
structures. Although the primary objective of such
research is to develop an intrinsic set of system
structures that can be used to categorize insights in
dynamic systems, the ultimate goal is to provide an
effective mechanism by which information can be
transferred from a system dynamics model to a client in
an easy-to-comprehend manner. To date, a number of
archetypal structures have been presented by Richmond,
Senge, and Wolstenholme. This paper discusses seven
systems archetypes presented by Senge (1990): balancing
process with delay, limits to growth, shifting the
burden, eroding goals, escalation, success to the
successful, and fixes that fail. By developing sets of
precise code and simulating the models, the authors
document the written descriptions of these archetypal
structures and explore the extent to which the structures
behave as expected. The authors demonstrate that the
development of formal models for systems archetypes is
not an easy task.
System Dynamics Perspective on
Reducing Traffic Safety Deaths in New York State, R.
H. MacDonald. In Proceedings of the International Forum
on Traffic Records and Highway Information Systems, held
in Minneapolis, MN, July 1998
System Dynamics As A Tool For
traffic Safety Management, Kenneth Carpenter,
Executive Director, New York Governor's Traffic Safety
Committee. In Proceedings of the International Forum on
Traffic Records and Highway Information Systems, held in
Minneapolis, MN, July 1998