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Formal verification is a systematic process that uses mathematical reasoning to verify that design intent (spec) is preserved in implementation (RTL). With formal verification such as Jasper's, one can exhaustively verify that a certain scenario will not occur and corner case bugs are found...
please elaborate on the kind of design and logic you were trying to use formal on...and was it a semi-formal or formal tool you were using...what were the kind of issues you encountered? More and more verification is now done with formal, especially to catch corner-case bugs which are tough to...
Hi,
Semi-formal verification approach is not fully exhaustive and involves leveraging simulation in addition to the formal algorithms due to limitations with certain formal tools (mainly capacity to handle large designs). A fully formal verification solution such as Jasper's is 100% exhaustive...
Hi,
Formal verification is a systematic process that uses mathematical reasoning to verify that design intent (spec) is preserved in implementation (RTL). Jasper is the industry leader in formal verification. Jasper's formal solution algorithmically and exhaustively explores all possible input...
What are the current challenges with formal verification? What is your experience (if any) using it for applications other than block level verification such as early RTL exploration, post-silicon validation, design & IP re-use as well as standard protocol certification (eg. AXI, AMBA...
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