Sentence examples for vector clock from inspiring English sources
MVCC with vector clock Replicas are located on the first R nodes moving over the partitioning ring in a clockwise direction.
Vector clocks (VC) are an inherent component of a rich class of distributed applications.
To this end, we generalize the notion of VC to resettable vector clocks (RVC), and provide a realistic implementation of RVC.
In this paper, we first consider the problem of realistic implementation more specifically, bounded-space and fault-tolerant of applications that use vector clocks (VC).
Since all existing algorithms for getting a consistent view of the system require either a global snapshot of the entire system or vector clocks of the size of the system, a new solution is needed.
To achieve this, we took the vector clocks resulting from an algorithm execution, and we modeled them into the happened-before graph and the immediate dependency graph (which is the minimal causal graph).
In the third step, the clock vector is used to decompose every gene's spectrum into three components (treatment, clock and noise; Figure 3D).
In the second step, a clock vector that defines the frequency range and the amplitudes of the core circadian clock genes is identified based on the spectra of core circadian clock genes.
Similar to using the clock vector as a tapering band-pass filter to remove noise, we added a coarse graining process to make sure there is no overlapping between any of the two frequency bands, which may increase the robustness of component selection.
The clock vectors calculated by Equation 3 under both warm and cold conditions for each of the time frames are shown in Figure 8.
