This paper discusses the advantages of formalisation and automation of software production and the
challenges yet to master with current operation platforms.
This presentation summarizes the results as obtained by ISG/ASaP in the course
of the ESPRIT project CRISYS (EP 25514). The goal was to evaluate the
robustness in presence of time-jitter and fault-injection for a critical
distributed control system.
In this paper BSSE's motivation behind ISG/ASaP is presented and
its relevance to the Capability Maturity Model(CMM) defined by Carnegie-Mellon
Software Engineering Institute. It is shown that by use of
Automated Software Production the upper levels of CMM are reached immediately.
This paper was presented on the
1st German Workshop on Performance Engineering PE2000 at Darmstadt. It
discusses performance and robustness of software in context of ISG.
The revised version of this paper
"Performance and Robustness Engineering and the Role of Automated Software Development"
is under copyright of Springer Verlag and can be viewed as
LNCS #2047.