Abstract. In this paper we show that data races, a type of bug that generally only causes havoc in parallel programs, can also occur in sequential programs that use signal handlers. Fortunately, it turns out that adapting existing data race detectors to detect such bugs for sequential programs is straightforward. We present such a tool, and we describe the modifications that were necessary to detect data races in sequential programs. The experimental evaluation revealed a number of data races in some widely used programs.
Dynamic race detectors operate by analyzing execution traces of programs to detect races in multithr...
Concurrency bugs are notoriously difficult to find and fix. Several prior empirical studies have ide...
Abstract- We introduce ToleRace, a runtime system that allows programs to detect and even tolerate a...
A data race or access anomaly is a bug in parallel programs, occurring when two parallel processes a...
Abstract—Multithreaded software is subject to data races. A large number of data race detectors exis...
Several methods currently exist for detecting data races in an execution of a shared-memory parallel...
If two parallel threads access the same location and at least one of them performs a write, a race e...
Bugs in multi-threaded programs often arise due to data races. Numerous static and dynamic program a...
AbstractData races in multithread programs are representative software defects of accesses to shared...
Benefiting from the recent hardware improvement, multithreaded programs may still introduce concurre...
This paper describes techniques which automatically detect data races in parallel programs by analyz...
Some researchers have proposed data-race exceptions to mitigate the ill effects of data races in sha...
Data races are a common problem in concurrent and multi-threaded programming. They are hard to detec...
Thesis (Ph.D.)--University of Washington, 2014Some researchers have proposed data-race exceptions to...
1. Data races are easy to cause and hard to debug. 2. We can't detect all data races. 3. Detect...
Dynamic race detectors operate by analyzing execution traces of programs to detect races in multithr...
Concurrency bugs are notoriously difficult to find and fix. Several prior empirical studies have ide...
Abstract- We introduce ToleRace, a runtime system that allows programs to detect and even tolerate a...
A data race or access anomaly is a bug in parallel programs, occurring when two parallel processes a...
Abstract—Multithreaded software is subject to data races. A large number of data race detectors exis...
Several methods currently exist for detecting data races in an execution of a shared-memory parallel...
If two parallel threads access the same location and at least one of them performs a write, a race e...
Bugs in multi-threaded programs often arise due to data races. Numerous static and dynamic program a...
AbstractData races in multithread programs are representative software defects of accesses to shared...
Benefiting from the recent hardware improvement, multithreaded programs may still introduce concurre...
This paper describes techniques which automatically detect data races in parallel programs by analyz...
Some researchers have proposed data-race exceptions to mitigate the ill effects of data races in sha...
Data races are a common problem in concurrent and multi-threaded programming. They are hard to detec...
Thesis (Ph.D.)--University of Washington, 2014Some researchers have proposed data-race exceptions to...
1. Data races are easy to cause and hard to debug. 2. We can't detect all data races. 3. Detect...
Dynamic race detectors operate by analyzing execution traces of programs to detect races in multithr...
Concurrency bugs are notoriously difficult to find and fix. Several prior empirical studies have ide...
Abstract- We introduce ToleRace, a runtime system that allows programs to detect and even tolerate a...