Rapid Fault Injection Simulation by Hash-based Differential Fault Effect Equivalence Checks
PaperFirst seen 8/7/2026
Last seen 8/7/2026
Evidence 9 chunks
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22 connectionsThe paper discusses FEP as a related pre-FI technique.
The paper builds on DFC and evaluates it as a prior technique.
The paper introduces the CDIF+FEEC technique for accelerating RTL fault injection simulation.
The paper implements CDIF+FEEC in vRTLmod.
The paper implements and uses CRB as a baseline and as part of its simulation flow.
The paper uses EmbenchTM benchmarks for evaluation.
The paper implements CDIF+FEEC in a server-client simulation framework.
The paper compares CDIF+FEEC against CRB in performance benchmarks.
The paper compares CDIF+FEEC against MLS in performance benchmarks.
The paper implements MLS as a comparison technique.
The paper implements CMSK as a comparison technique.
The paper discusses SFI as a related technique to reduce required simulations.
The paper mentions ISO 26262 as the standard that norms fault injections for road vehicle safety.
Leonidas Kontopoulos is listed as an author of the paper.
Daniel Mueller-Gritschneder is listed as an author of the paper.
Ulf Schlichtmann is listed as an author of the paper.
The paper is affiliated with the Technical University of Munich.
One of the authors (Daniel Mueller-Gritschneder) is affiliated with TU Wien.
The paper is about fault injection simulation and uses it as its primary evaluation vehicle.
The paper uses Verilator as the RTL simulation basis.
The paper uses the cv32e40p RISC-V CPU as the device under test.
Johannes Geier is listed as an author of the paper.