Improving Model Quality Using Diagram Coverage Criteria
R. Salay, and J. Mylopoulos. International Conference on Advanced Information Systems, Amsterdam, (June 2009)in press.
Abstract
Every model has a purpose and the quality of a model ultimately
measures its fitness relative to this purpose. In practice, models are created in a
piecemeal fashion through the construction of many diagrams that structure a
model into parts that together offer a coherent presentation of the content of the
model. Each diagram also has a purpose – its role in the presentation of the
model - and this determines what part of the model the diagram is intended to
present. In this paper, we investigate what is involved in formally
characterizing this intended content of diagrams as coverage criteria and show
how doing this helps to improve model quality and support automation in the
modeling process. We illustrate the approach and its benefits with a case study
from the telecommunications industry.
%0 Conference Paper
%1 salay09caisequery
%A Salay, Rick
%A Mylopoulos, John
%B International Conference on Advanced Information Systems
%C Amsterdam
%D 2009
%K model query
%T Improving Model Quality Using Diagram Coverage Criteria
%X Every model has a purpose and the quality of a model ultimately
measures its fitness relative to this purpose. In practice, models are created in a
piecemeal fashion through the construction of many diagrams that structure a
model into parts that together offer a coherent presentation of the content of the
model. Each diagram also has a purpose – its role in the presentation of the
model - and this determines what part of the model the diagram is intended to
present. In this paper, we investigate what is involved in formally
characterizing this intended content of diagrams as coverage criteria and show
how doing this helps to improve model quality and support automation in the
modeling process. We illustrate the approach and its benefits with a case study
from the telecommunications industry.
@inproceedings{salay09caisequery,
abstract = {Every model has a purpose and the quality of a model ultimately
measures its fitness relative to this purpose. In practice, models are created in a
piecemeal fashion through the construction of many diagrams that structure a
model into parts that together offer a coherent presentation of the content of the
model. Each diagram also has a purpose – its role in the presentation of the
model - and this determines what part of the model the diagram is intended to
present. In this paper, we investigate what is involved in formally
characterizing this intended content of diagrams as coverage criteria and show
how doing this helps to improve model quality and support automation in the
modeling process. We illustrate the approach and its benefits with a case study
from the telecommunications industry.},
added-at = {2009-05-07T19:51:22.000+0200},
address = {Amsterdam},
author = {Salay, Rick and Mylopoulos, John},
biburl = {https://www.bibsonomy.org/bibtex/2e53dd86c344da4ef73844bf46e64a1aa/neilernst},
booktitle = {International Conference on Advanced Information Systems},
interhash = {f4876ce87fb57600aceadaced0573fd9},
intrahash = {e53dd86c344da4ef73844bf46e64a1aa},
keywords = {model query},
month = {June},
note = {in press},
timestamp = {2009-05-07T19:51:22.000+0200},
title = {Improving Model Quality Using Diagram Coverage Criteria},
year = 2009
}