Towards Verified Faithful Simulation
PaperFirst seen 6/7/2026
Last seen 6/7/2026
Evidence 7 chunks
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30 connectionsThe paper references work on inversion tactics
The paper references seL4 as comparable verification work
The paper uses automated inversion tactics in the theorem prover
The paper uses CompCert for formal C semantics and as a certified compiler
The paper uses the Coq proof assistant to verify proofs
The paper presents verification of the SimSoC ARM ISS
The paper applies formal verification to the ISS
The paper uses operational semantics as basis for verification
Each proof draws lemmas from a generic lemma library
The formal model is obtained through automated translation from architecture specifications
The paper mentions Frama-C as a related tool
The paper mentions Why3 as a related tool
The paper discusses axiomatic semantics as a related approach
The paper mentions Hoare logic as a related approach
The paper mentions Dijkstra's calculus of weakest preconditions
The paper mentions Insulin as an example of interpretive simulation
The paper mentions Embra as an early dynamic binary translation system
The paper discusses dynamic binary translation as a common ISS technique
The paper discusses interpretive simulation
The paper discusses static translation as an ISS technique
The paper uses abstract state in its proof methodology
The paper uses concrete state in its proof methodology
The paper uses projection to relate abstract and concrete states
The paper reasons about C memory model in projection
The paper assumes existence of a correct decoder
Vania Joloboff is listed as an author of this paper
The paper verifies the ARM V6 instruction set simulator
Jean-François Monin is listed as an author of this paper
Xiaomu Shi is listed as an author of this paper
The paper presents an approach to construct a verified virtual prototyping framework