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RFC 957 (rfc957) - Experiments in network clock synchronization (8733 words) |
 | In typical clock interface designs such as the DEC KMV11-A RFC 957 September 1985 Experiments in Network Clock Synchronization the Counter Register is implemented in the interface as a buffered counter driven by a crystal oscillator. |
| RFC 957 September 1985 Experiments in Network Clock Synchronization Given the considerations above, it would seem feasable for hosts to synchronize logical clocks to a particular power grid, but only if corrections were transmitted often enough to maintain the required accuracy and these corrections were delivered to the hosts essentially at the same time. |
| RFC 957 September 1985 Experiments in Network Clock Synchronization A very interesting feature of the observations was the unexpectedly low standard deviation of DCN3, which was locked to the power grid and thus would be expected to show wide variations. |
| RFC 957 (rfc957) (8717 words) |
| In typical clock interface designs such as the DEC KMV11-A Mills [Page 4] RFC 957 September 1985 Experiments in Network Clock Synchronization the Counter Register is implemented in the interface as a buffered counter driven by a crystal oscillator. |
| Mills [Page 17] RFC 957 September 1985 Experiments in Network Clock Synchronization A very interesting feature of the observations was the unexpectedly low standard deviation of DCN3, which was locked to the power grid and thus would be expected to show wide variations. |
| LL-GW Clock Statistics Mills [Page 24] RFC 957 September 1985 Experiments in Network Clock Synchronization Note that the standard deviations and extrema are higher than in the previous experiments, but the mean offset is about the same. |
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