Unbounded timestamps can have length logarithmic in the number of GetTS operations performed. If the number GetTS operations is reasonable, for example less than 264, then timestamps can fit in a single memory word.
It allows processes to label events throughout the system with timestamps that provide information about the real-time ordering of those events. We consider the ...
Abstract. The timestamp problem captures a fundamental aspect of asynchronous distributed computing. It allows processes to label events.
Apr 29, 2008 · It allows processes to label events throughout the system with timestamps that provide information about the real-time ordering of those events.
The timestamp problem captures a fundamental aspect of asynchronous distributed computing. It allows processes to label events throughout the system with ...
This work considers the space complexity of wait-free implementations of timestamps from shared read-write registers in a system of n processes, ...
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The space complexity of unbounded timestamps. https://doi.org/10.1007/s00446-008-0060-6. Journal: Distributed Computing, 2008, № 2, p. 103-115. Publisher ...
It allows processes to label events throughout the system with timestamps that provide information about the real-time ordering of those events. We consider the ...
Abrahamson, K.: On achieving consensus using a shared memory. In: Proc. 7th ACM Symposium on Principles of Distributed Computing, pp. 291–302 (1988)
It allows processes to label events throughout the system with timestamps that provide information about the real-time ordering of those events. We consider the ...