… Having explained the CPU part of our runtime monitoring system, we present parallel
algorithms for the data-race checking on the GPU cores. We first brief on GPU computing using the …

… present the CPU and GPU components of Kuda project respectively, throughout these
chapters our splitting framework has been contrasted with traditional race checkers. In Chapter 5, …

… GPU Accelerated Data Race Detector (GUARD) that utilizes … Data races can be divided into
three categories: (i) read-after-write (… The GPU threads monitor the signature table for new …

… allows race-free execution of application binaries at a modest overhead even for legacy
applications. With the availability of TM hardware … Kuda: Gpu accelerated split race checker. In: …

… The computation resource in GPU can be divided into general… lock-set algorithm on GPU
to detect data race only, which, … detection during systematic testing of parallel programs,” in …

… decrease programming effort and capitalise on GPU acceleration. … A data race is a critical
race condition that occurs when … Dynamic techniques are also used to test dual systems that …

… race detection techniques monitor program executions and produce warnings about
potential or actual race … Others (eg, [16, 23]) make use of custom hardware to accelerate race …

… in November 2006 by NVIDIA Corporation that only targeting NVIDIA GPUs, which can be
… Finally, GRace is also used to test the OpenCL programming model for detecting data race. …

… parallelism and accelerate C, C++, and Fortran codes for heterogeneous CPU/GPU systems
… Finally, GRace is also used to test the OpenCL programming model for detecting data race. …

… 1The computation resource in GPU can be divided into … hardware design for data race
detection, but leverages GPU … Accurate and efficient filtering for the intel thread checker race …