In this work, a new assertion language and verification framework
has been developed. It enables the specification and validation of temporal properties accross different abstraction levels. This new
language is required because existing assertion languages do
only offer limited support for the verification of abstract,
nonsynthesizable models. The semantics of the language is
defined by a mapping onto a high-level colored petri net. The
advantageous applicability of this language has been shown over several applications by using a compiler-based framework and a
specific assertion kernel.
«
In this work, a new assertion language and verification framework
has been developed. It enables the specification and validation of temporal properties accross different abstraction levels. This new
language is required because existing assertion languages do
only offer limited support for the verification of abstract,
nonsynthesizable models. The semantics of the language is
defined by a mapping onto a high-level colored petri net. The
advantageous applicability of this language has...
»