This paper studies a trade-off between fault-tolerance and latency in implementations of atomic read/write objects in message-passing systems.

Aug 18, 2008 · Abstract. Atomic (linearizable) read/write memory is a fundamental abstractions in distributed computing. Following a seminal implementation of ...

This paper studies a trade-off between fault-tolerance and latency in implementations of atomic read/write objects in message-passing systems.

This paper studies a trade-off between fault-tolerance and latency in implementations of atomic read/write objects in message-passing systems.

Abstract. This paper studies a trade-off between fault-tolerance and latency in implementations of atomic read/write objects in message-passing systems.

Aug 21, 2008 · An atomic SWMR implementation is fast if all read and write op- erations complete in a single communication round-trip in any ex- ecution. A ...

This paper considers quorum-replicated, multi-writer, multi-reader (MWMR) implementations of survivable atomic registers in a distributed message-passing system ...

This paper studies a trade-off between fault-tolerance and latency in implementations of atomic read/write objects in message-passing systems.

This paper studies a trade-off between fault-tolerance and latency in implementations of atomic read/write objects in message-passing systems.

Bibliographic details on On the robustness of (semi) fast quorum-based implementations of atomic shared memory.