In this paper, we present an analogy between the race condition resolution in a multithreaded application, and conflict resolution for concurrent updates in collaborative editing applications. We introduce the intention preservation problem in deterministic multithreading for programs with race conditions. We point out that current state-of-the-art deterministic multi-threading approaches do not have any mechanism to preserve the intention of a program when it is instrumented for deterministic execution. Furthermore, we propose a solution for intention preservation in deterministic multithreading provided that the unprotected shared variables are primitive types
Recently there have been several proposals to use redundant execution of diverse repli-cas to defend...
Multicore and manycore computers are the norm nowadays, and users have expectations that their progr...
We analyse the validity of common optimisations on multi-threaded programs in two memory models—the ...
In this paper, we present an analogy between the race condition resolution in a multithreaded applic...
There has been much recent interest in supporting deterministic parallelism in imperative programs. ...
Threads communicate implicitly through shared mem-ory. Because of the random interleaving during the...
This report presents a programming language with deterministic multithreading and its compiler. The ...
We take a thread as the behavior of a sequential deterministic program under execution and multi-thr...
Current shared memory multicore and multiprocessor sys-tems are nondeterministic. Each time these sy...
Concurrent programs are hard to design, develop, and debug. It is widely accepted that we lack good ...
Although the multi-version approach to consistency maintenance has been widely discussed and impleme...
Multithreaded programs execute nondeterministically on conventional architectures and operating syst...
The currently dominant programming models to write software for multicore processors use threads tha...
Stable multithreading simplifies the interleaving behaviors of parallel programs, offering new hope ...
Deterministic multithreading (DMT) eliminates many pernicious software problems caused by nondetermi...
Recently there have been several proposals to use redundant execution of diverse repli-cas to defend...
Multicore and manycore computers are the norm nowadays, and users have expectations that their progr...
We analyse the validity of common optimisations on multi-threaded programs in two memory models—the ...
In this paper, we present an analogy between the race condition resolution in a multithreaded applic...
There has been much recent interest in supporting deterministic parallelism in imperative programs. ...
Threads communicate implicitly through shared mem-ory. Because of the random interleaving during the...
This report presents a programming language with deterministic multithreading and its compiler. The ...
We take a thread as the behavior of a sequential deterministic program under execution and multi-thr...
Current shared memory multicore and multiprocessor sys-tems are nondeterministic. Each time these sy...
Concurrent programs are hard to design, develop, and debug. It is widely accepted that we lack good ...
Although the multi-version approach to consistency maintenance has been widely discussed and impleme...
Multithreaded programs execute nondeterministically on conventional architectures and operating syst...
The currently dominant programming models to write software for multicore processors use threads tha...
Stable multithreading simplifies the interleaving behaviors of parallel programs, offering new hope ...
Deterministic multithreading (DMT) eliminates many pernicious software problems caused by nondetermi...
Recently there have been several proposals to use redundant execution of diverse repli-cas to defend...
Multicore and manycore computers are the norm nowadays, and users have expectations that their progr...
We analyse the validity of common optimisations on multi-threaded programs in two memory models—the ...