Examples of using Vector clock in English and their translations into Chinese
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Posts Tagged‘vector clock'.
A vector clock is a set of(node, counter) pairs.
First of all, each replica keeps vector clock.
Vector clock is basically a(node, counter) pair.
Remember that the synchronization events include the sender's vector clock.
A vector clock is effectively a list of(node, counter) pairs.
In these scenarios, it is desirable to limit the size of vector clock.
One vector clock is associated with one version of every object.
Sure, you may never write your own vector clock system, but that's not really the point.
With these rules in mind, let's take a look at the previous Lamport timestamp example,this time using vector clocks:.
Dynamo uses vector clocks[12] in order to capture causality between different versions of the same object.
In systems the solution is to use what's called a vector clock(see e.g. Google'sChubby).
Dynamo uses vector clocks[12] in order to capture causality between different versions of the same object.
Upon receiving a put() request for a key, the coordinator generates the vector clock for the new version and writes the new version locally.
This is done by passing the context it obtained from an earlier read operation,which contains the vector clock information.
When the number of(node, counter) pairs in the vector clock reaches a threshold(say 10), the oldest pair is removed from the clock.
When the number of(node, counter) pairs in the vector clock reaches a threshold(say 10), the oldest pair is removed from the clock. .
If the versions cannot be syntactically reconciled based on vector clocks alone, they have to be passed to the business logic for semantic reconciliation.
Followed by the need for clock frequency, vector adjustment.
Secondly, it does not need to adjust the clock frequency and vector.
Second clock frequency is not required, the adjustment vector.
These 512-bit vector instructions can execute 32 double precision or 64 single precision floating-point operations per clock cycle.
The vector is normally a jump to the interrupt routine, and this jump takes three clock cycles.
The clock in the experiment is not mechanical or electrical- rather it is the rotating electric field vector of an ultrafast laser pulse.
Thermal noise contributes a random amplitude vector to the clock source.