Nowadays softwares have many issues like, requirements complexity increment,
cost increases and deterioration because of system integration on a large scale.
In these environments, the most effective ways to develop software are, requirements
specification at a stage of analysis & design, construction of infrastructure for
automatic modeling and generation of related outputs.
PIM to PSM Add-in
PIM to PSM Add-in applies design standard (architecture) to analysis model base and generates
design model automatically. So it saves resources for individual model generation and prevents
noncompliance of design standard. Also it can be customized for various architecture and supports
glossary based terminology standardization for design standard using Korean-English translation
Design Model Gen Add-in
In case of no design model or when there's actualizing due to discordance between design model
and source code, if you could construct design model from the source code, it could reduce time
and cost to reconcile actualizing and consistency of the design model. Design Model Gen Add-in
generates class diagram and sequence diagram from source code so it easily matches consistensy
of design model up with source code.
In the process of software development, it needs lots of resources to make and modify documents
and to reconcile consistency between outputs. Document Template can batch-update all the related
outputs just by editing the corresponding model. When you need document, you can generate the
document from the model with a few mouse click so can save time, cost and manpower. The template
can be customized for the user's output standard.
Requirement Traceability Add-in
Requirement Traceability Add-in establishes trace relation among 'requiremets model - usecase
model - analysis model - design model' and generates a requirement trace model automatically.
This enables efficient management for requirement changes. And because it generates the
requirement trace table(document) automatically, you can manage frequent changes of requirement
easily just by actualizing the model.