Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  present  VeriStar , a verified theorem prover for a decidable subset of separation logic. Together with VeriSmall [3], a proved-sound Smallfoot-style program analysis for C minor, VeriStar demonstrates that fully machine-checked static analyses equipped with efficient theorem provers are now within the reach of formal methods. As a pair, VeriStar and VeriSmall represent the first application of the  Verified Software Toolchain  [4], a tightly integrated collection of machine-verified program logics and compilers giving foundational correctness guarantees.   VeriStar is (1)  purely functional , (2)  machine-checked , (3)  end-to-end , (4)  efficient  and (5)  modular . By purely functional,  mean it is implemented in Gallina, the pure functional programming language embedded in the Coq theorem prover. By machine-checked,  mean it has a proof in Coq that when the prover says "valid", the checked entailment holds in a proved-sound separation logic for C minor. By end-to-end,  mean that when the static analysis+theorem prover says a C minor program is safe, the program will be compiled to a semantically equivalent assembly program that runs on real hardware. By efficient,  mean that the prover implements a state-of-the-art algorithm for deciding heap entailments and uses highly tuned verified functional data structures. By modular,  mean that VeriStar can be retrofitted to other static analyses as a plug-compatible entailment checker and its soundness proof can easily be ported to other separation logics.
['Gordon Stewart', 'Lennart Beringer', 'Andrew W. Appel']
I am writing a research paper on a idea Verified heap theorem prover by paramodulation
[{"from": "human", "value": "I am writing a research paper on a idea Verified heap theorem prover by paramodulation"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  present  VeriStar , a verified theorem prover for a decidable subset of separation logic. Together with VeriSmall [3], a proved-sound Smallfoot-style program analysis for C minor, VeriStar demonstrates that fully machine-checked static analyses equipped with efficient theorem provers are now within the reach of formal methods. As a pair, VeriStar and VeriSmall represent the first application of the  Verified Software Toolchain  [4], a tightly integrated collection of machine-verified program logics and compilers giving foundational correctness guarantees.   VeriStar is (1)  purely functional , (2)  machine-checked , (3)  end-to-end , (4)  efficient  and (5)  modular . By purely functional,  mean it is implemented in Gallina, the pure functional programming language embedded in the Coq theorem prover. By machine-checked,  mean it has a proof in Coq that when the prover says \"valid\", the checked entailment holds in a proved-sound separation logic for C minor. By end-to-end,  mean that when the static analysis+theorem prover says a C minor program is safe, the program will be compiled to a semantically equivalent assembly program that runs on real hardware. By efficient,  mean that the prover implements a state-of-the-art algorithm for deciding heap entailments and uses highly tuned verified functional data structures. By modular,  mean that VeriStar can be retrofitted to other static analyses as a plug-compatible entailment checker and its soundness proof can easily be ported to other separation logics."}]