Performance Analysis and Modelling of Concurrent Multi-access Data Structures
Adones Rukundo, Aras Atalar, Philippas Tsigas
Abstract
Open-access reader
Adones Rukundo, Aras Atalar, Philippas Tsigas
Abstract
Open-access reader
The major impediment to scaling concurrent data structures is memory contention when accessing shared data structure access-points, leading to thread serialisation, hindering parallelism. Aiming to address this challenge, significant amount of work in the literature has proposed multi-access techniques that improve concurrent data structure parallelism. However, there is little work on analysing and modelling the execution behaviour of concurrent multi-access data structures especially in a shared memory setting.
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The major impediment to scaling concurrent data structures is memory contention when accessing shared data structure access-points, leading to thread serialisation, hindering parallelism. Aiming to address this challenge, significant amount of work in the literature has proposed multi-access techniques that improve concurrent data structure parallelism. However, there is little work on analysing and modelling the execution behaviour of concurrent multi-access data structures especially in a shared memory setting.
Key concepts: Computer science, Concurrent data structure, Data access, Thread (computing), Data structure, Parallelism (grammar), Parallel computing, Shared memory