Data races occur when two threads fail to use proper synchronization when accessing
shared data. In kernel file systems, which are highly concurrent by design, data races are …

In shared-memory parallel programs that use explicit synchronization, race conditions result
when accesses to shared memory are not properly synchronized. Race conditions are often …

A memory model for a shared memory, multiprocessor commonly and often implicitly
assumed by programmers is that of sequential consistency. This model guarantees that all …

Large-scale wireless sensor networks represent a new generation of real-time embedded
systems with significantly different communication constraints from traditional networked …

Bugs in multi-threaded programs often arise due to data races. Numerous static and
dynamic program analysis techniques have been proposed to detect data races. We …

Data race detection is highly essential for debugging multithreaded programs and assuring
their correctness. Nevertheless, there is no single universal technique capable of handling …

Detecting data races in shared-memory parallel programs is an important debugging
problem. This paper presents a new protocol for run-time detection of data races in …

ThE paper presents an efficient on-the-fly method for detecting accessanomalies in
programs that contain critical section coordinw tion. For a large class of programs, a single …

Like shared-memory multi-threaded programs, event-driven programs such as client-side
web applications are susceptible to data races that are hard to reproduce and debug. Race …

The memory consistency model for a shared-memory multiprocessor specifies the behavior
of memory with respect to read and write operations from multiple processors. As such, the …