Examples of using Few milliseconds in English and their translations into Polish
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Colloquial
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Official
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Medicine
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Ecclesiastic
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Ecclesiastic
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Financial
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Official/political
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Programming
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Computer
I think you need to change each Release a few milliseconds, so pattern to support the cloud.
enabling computer networks on opposite sides of the globe to besynchronised within a few milliseconds of each other.
is from an atomic clock it makes the network accurate to within a few milliseconds of UTC providing synchronisation on a global scale.
so if a system clock is a few milliseconds from the UTC source it is altered to ensure it is maintaining the same accurate time as every other device hooked up to the NTP network.
So if some clocks have drifted a few milliseconds faster, and others a few milliseconds slower- then NTP takes the average of this drift ensuring that the time remains accurate for as long as possible.
By using a dedicated NTP time server UTC can be maintained on a network to a few milliseconds of UTC time.
This enables peace of mind that the time on a computer network will always be accurate to within a few milliseconds.
A GPS time server can provide unbridled accuracy with networks able to maintain accuracy to within a few milliseconds of UTC.
other devices on a network to within a few milliseconds of each other.
Currently a GPS NTP server can use this timing information to synchronise entire computer networks to providing accuracy to within a few milliseconds.
NTP can ensure all devices are within a few milliseconds of each other.
They are also highly accurate with a single GPS NTP time server able to synchronise entire networks to just a few milliseconds of UTC.
NTP time server can keep devices running to within a few milliseconds of each other and of UTC.
often to within a few milliseconds.
Whilst NTP can maintain synchronisation of a network to within a few milliseconds it is only as good as the time source it receives.
In doing this the NTP server can keep a computer network to within a few milliseconds of atomic clock controlled UTC Coordinated Universal Time.
With a stratum 1 time server a network can be synchronized to within a few milliseconds of UTC without risk of compromising your security.
NTP does this with such accuracy that a network of a thousand machines can all be synchronised to within a few milliseconds of each other.
then adjusts to ensure the entire network is within a few milliseconds of the reference time.
This is so effective that it means a network of business digital wall clocks can be kept to within a few milliseconds of each other.