Detecting and debugging data races is a complex task due to the large number of interleavings possible in a parallel program. Most tools can find the data races reliably in an observed execution, but they miss errors in alternative reorderings of events. In this paper we describe an automated approach to generate, from a single program trace, a model in CSP with alternative interleavings. We check for data races patterns and obtain a witness that allows the reproduction of errors. Reproduction reduces the developer effort to correct the error
A dynamic approach for race detection based on a synthesis of lockset and happens-before analyses is...
Abstract- We introduce ToleRace, a runtime system that allows programs to detect and even tolerate a...
Abstract. We present new techniques for fast, accurate and scalable static race detection in concurr...
Several methods currently exist for detecting data races in an execution of a shared-memory parallel...
This paper describes techniques which automatically detect data races in parallel programs by analyz...
If two parallel threads access the same location and at least one of them performs a write, a race e...
Multithreaded programs are prone to concurrency errors such as deadlocks, race conditions and atomic...
AbstractData races in multithread programs are representative software defects of accesses to shared...
Low level data-races in multi-threaded software are hard to detect, especially when requiring exhaus...
Parallel computing is pervasive. The variety and number of parallel hardware architectures increase...
As computing hardware moves to multi-core systems, future software needs to be parallelized in order...
Multicore is here to stay. To keep up with the hardware innovation, software developers mustmove fro...
Taking advantage of parallel processors often entails using concurrent software, where multiple thre...
Taking advantage of parallel processors often entails using concurrent software, where multiple thre...
Detecting data race is very important for debugging shared-memory parallel programs, because data ra...
A dynamic approach for race detection based on a synthesis of lockset and happens-before analyses is...
Abstract- We introduce ToleRace, a runtime system that allows programs to detect and even tolerate a...
Abstract. We present new techniques for fast, accurate and scalable static race detection in concurr...
Several methods currently exist for detecting data races in an execution of a shared-memory parallel...
This paper describes techniques which automatically detect data races in parallel programs by analyz...
If two parallel threads access the same location and at least one of them performs a write, a race e...
Multithreaded programs are prone to concurrency errors such as deadlocks, race conditions and atomic...
AbstractData races in multithread programs are representative software defects of accesses to shared...
Low level data-races in multi-threaded software are hard to detect, especially when requiring exhaus...
Parallel computing is pervasive. The variety and number of parallel hardware architectures increase...
As computing hardware moves to multi-core systems, future software needs to be parallelized in order...
Multicore is here to stay. To keep up with the hardware innovation, software developers mustmove fro...
Taking advantage of parallel processors often entails using concurrent software, where multiple thre...
Taking advantage of parallel processors often entails using concurrent software, where multiple thre...
Detecting data race is very important for debugging shared-memory parallel programs, because data ra...
A dynamic approach for race detection based on a synthesis of lockset and happens-before analyses is...
Abstract- We introduce ToleRace, a runtime system that allows programs to detect and even tolerate a...
Abstract. We present new techniques for fast, accurate and scalable static race detection in concurr...