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due to the potential for subtle interactions between threads. We present a new modular verification technique to check concise specifications of large multithreaded programs. Our analysis scales to systems with large numbers of procedures and threads. We achieve thread-modular analysis by annotating each shared variable by an access predicate that summarizes the condition under which a thread may access that variable. We achieve procedure-modular analysis by annotating each procedure with a specification related to its implementation by an abstraction relation combining the notions of simulation and reduction. We have implemented our analysis in Calvin-R, a static checker for multithreaded Java programs.

Checking Concise Specifications for Multithreaded Software.