Add to ORKGAbstract. We implement a new sequentialization algorithm for multi-threaded C programs with dynamic thread creation as a new CSeq module. The novel basic idea of this algorithm is to fix (by a nondeterministic guess) the sequence of write operations in the shared memory and then simulate the behavior of the program according to any scheduling that respects this choice. Simulation is done thread-by-thread and the thread creation mechanism is replaced by function calls.
Many modern parallel languages support dynamic creation of threads or require multithreading in thei...
A dynamic speculative multithreaded processor automatically extracts thread level parallelism from s...
Bounded verification techniques such as bounded model checking (BMC) have successfully been used for...
We describe a new CSeq module that implements improved algorithms for the verification of multi-thre...
We present the MU-CSeq tool for the verification of multithreaded C programs with dynamic thread cre...
We describe a new CSeq module for the verification of multi-threaded C programs with dynamic thread ...
Sequentialization translates concurrent programs into equivalent nondeterministic sequential program...
We describe a new sequentialization-based approach to the symbolic verification of multi-threaded pr...
We describe a new CSeq module for the verification of multi-threadedC programs with dynamic thread c...
Lazy-CSeq is a context-bounded verification tool for sequentially consistent C programs using POSIX ...
Abstract. Bounded model checking (BMC) has successfully been used for many practical program verific...
Sequentialization is one of the most promising approaches for the symbolic analysis of concurrent pr...
This thesis studies efficient runtime systems for parallelism management (multithreading) and memory...
This paper presents a static transformation algorithm, for C++-based hardware models such as SystemC...
In theory, multi-threading an application can improve performance (by executing multiple instruction...
Many modern parallel languages support dynamic creation of threads or require multithreading in thei...
A dynamic speculative multithreaded processor automatically extracts thread level parallelism from s...
Bounded verification techniques such as bounded model checking (BMC) have successfully been used for...
We describe a new CSeq module that implements improved algorithms for the verification of multi-thre...
We present the MU-CSeq tool for the verification of multithreaded C programs with dynamic thread cre...
We describe a new CSeq module for the verification of multi-threaded C programs with dynamic thread ...
Sequentialization translates concurrent programs into equivalent nondeterministic sequential program...
We describe a new sequentialization-based approach to the symbolic verification of multi-threaded pr...
We describe a new CSeq module for the verification of multi-threadedC programs with dynamic thread c...
Lazy-CSeq is a context-bounded verification tool for sequentially consistent C programs using POSIX ...
Abstract. Bounded model checking (BMC) has successfully been used for many practical program verific...
Sequentialization is one of the most promising approaches for the symbolic analysis of concurrent pr...
This thesis studies efficient runtime systems for parallelism management (multithreading) and memory...
This paper presents a static transformation algorithm, for C++-based hardware models such as SystemC...
In theory, multi-threading an application can improve performance (by executing multiple instruction...
Many modern parallel languages support dynamic creation of threads or require multithreading in thei...
A dynamic speculative multithreaded processor automatically extracts thread level parallelism from s...
Bounded verification techniques such as bounded model checking (BMC) have successfully been used for...