Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: ak shared memory consistency models, especially those used by modern microprocessor families, are quite complex. The bus and/or directory-based protocols that help realize shared memory multiprocessors using these microprocessors are also exceedingly complex. Thus, the correctness problem - that all the executions generated by the multiprocessor for any given concurrent program are also allod by the memory model - is a major challenge. ,  present a formal approach to verify protocol implementation models against ak shared memory models through automatable refinement checking supported by a model checker.  define a taxonomy of ak shared memory models that includes most published commercial memory models, and detail how our approach applies over all these models. In our approach, the designer follows a prescribed procedure to build a highly simplified intermediate abstraction for the given implementation. The intermediate ion and the implementation are concurrently run using a model-checker, checking for refinement. The intermediate abstraction can be proved correct against the memory model specification using theorem proving.  have verified four different Alpha as ll as Itanium memory model implementations 1 against their respective specifications. The results are encouraging in terms of the uniformity of the procedure, the high degree of automation, acceptable run-times, and empirically observed bug-hunting efficacy. The use of parallel model-checking, based on a version of the parallel Murφ model checker  have recently developed for the MPI library, has been essential to finish the search in a matter of a few hours.
['Prosenjit Chatterjee', 'Hemanthkumar Sivaraj', 'Ganesh Gopalakrishnan']
I am writing a research paper on a idea Shared memory consistency protocol verification against weak memory models: Refinement via model-checking
[{"from": "human", "value": "I am writing a research paper on a idea Shared memory consistency protocol verification against weak memory models: Refinement via model-checking"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: ak shared memory consistency models, especially those used by modern microprocessor families, are quite complex. The bus and/or directory-based protocols that help realize shared memory multiprocessors using these microprocessors are also exceedingly complex. Thus, the correctness problem - that all the executions generated by the multiprocessor for any given concurrent program are also allod by the memory model - is a major challenge. ,  present a formal approach to verify protocol implementation models against ak shared memory models through automatable refinement checking supported by a model checker.  define a taxonomy of ak shared memory models that includes most published commercial memory models, and detail how our approach applies over all these models. In our approach, the designer follows a prescribed procedure to build a highly simplified intermediate abstraction for the given implementation. The intermediate ion and the implementation are concurrently run using a model-checker, checking for refinement. The intermediate abstraction can be proved correct against the memory model specification using theorem proving.  have verified four different Alpha as ll as Itanium memory model implementations 1 against their respective specifications. The results are encouraging in terms of the uniformity of the procedure, the high degree of automation, acceptable run-times, and empirically observed bug-hunting efficacy. The use of parallel model-checking, based on a version of the parallel Mur\u03c6 model checker  have recently developed for the MPI library, has been essential to finish the search in a matter of a few hours."}]