On the robustness of (semi) fast quorum-based implementations of atomic shared memory
On the robustness of (semi) fast quorum-based implementations of atomic shared memory
Atomic (linearizable) read/write memory is a fundamental abstractions in distributed computing. Following a seminal implementation of atomic memory of Attiya et al. [6], a folklore belief developed that in messaging-passing atomic memory implementations "reads must write." However, work by Dutta et al. [4] established that if the number of readers R is constrained with respect to the number of replicas S and the maximum number of crash-failures t so that R
- Massachusetts Institute of Technology United States
- University of Connecticut United States
- University of Cyprus Cyprus
Atoms, Atomic registers, Quorum systems, Commerce, Fault tolerance, Fast reads, Reliability, Quality assurance, Atomic physics, Realistic conditions, Message passing, Read operations, Time stamps, Write operations, Network Simulators, Shared memories
Atoms, Atomic registers, Quorum systems, Commerce, Fault tolerance, Fast reads, Reliability, Quality assurance, Atomic physics, Realistic conditions, Message passing, Read operations, Time stamps, Write operations, Network Simulators, Shared memories
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