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<strong>ASAM</strong> GDI Filling<br />
vi<br />
Solutions Guide 2007<br />
It is necessary to implement clear and simple<br />
software structures in order to develop the<br />
GDI drivers regarding standardized<br />
functionality, high performance at low use of<br />
resources and reusability of sub-components.<br />
This can be achieved in a better way if the<br />
DCD is developed with the collaboration of<br />
the partner which is responsible for the<br />
development of the driver and which can<br />
bring in the required process competence.<br />
Questions about the <strong>ASAM</strong> specification<br />
could be discussed quickly due to an<br />
intensive exchange with experts, e.g. rd<br />
electronic gmbh, and proposals for the<br />
solution could be prepared.<br />
Business benefits<br />
Starting from the development process of the<br />
Companion standards to the application of the<br />
<strong>ASAM</strong> GDI drivers a thinking process is initiated<br />
which shows much subsequent potential.<br />
Available potentials after development:<br />
• Standard documented process on a<br />
high level<br />
• Standardized interface between testing<br />
system and filling process<br />
• Filling process can now be influenced by<br />
the authoring tool for testing processing<br />
• The device interface of the <strong>ASAM</strong> GDI<br />
drivers is developed in a way that devices<br />
of other suppliers can be operated, too.<br />
The depth of detail of the “Companion”<br />
and the realization about a relatively<br />
identical process permit this. The expense<br />
for adjustment to the filling devices is little.<br />
Subsequent potentials:<br />
A definition of uniform hardware is possible<br />
after definition of a uniform process<br />
• Uniform specifications and bid documents<br />
• Efficient testing equipment for<br />
acceptance procedures.<br />
• Competitive comparisons of filling devices<br />
are possible in “Companion” detail depth.