Sub-genotypes B1, B5, C4 and C5 have very high R values (>0.9, see Table 2) suggesting highly clock-like behaviour.
The results show that for satellites equipped with highly stable clocks, employing an appropriate linear model constraint for the clock estimates in orbit determination can result in an improved orbit consistency as well as accuracy.
The times clocked showed a highly right skewed distribution.
Consider for a moment that nearly every telecommunications network, from wireless phone networks to the data networks that make up the Internet, relies on the highly accurate clocks on the 27 GPS satellites to keep its internal clocks correct, which helps data flow efficiently.
Its illuminated, highly colored clock faces, colonnade and Baroque-style lantern make it one of New York's most memorable skyscrapers.
Sounds like regular good old capitalsm to me, but it sure sucks to lose your job because you can't beat the highly precise clock.
So Easton had the idea to put highly accurate clocks in multiple different satellites, which would then be able to accurately determine the precise location of someone on the ground.
A discussion is given of fundamental experiments that require highly stable clocks, such as long-base-line radio astronomy, precise measurement of pulsar frequencies and stabilities, tests of relativity theories, and accurate navigation both on the earth and in outer space.
This regular pattern of radio pulses functions as a highly accurate "clock".
This is not the case for a close binary pulsar, a system of two orbiting neutron stars, one of which is a pulsar: from the pulsar, observers on Earth receive a regular series of radio pulses that can serve as a highly accurate clock, which allows precise measurements of the orbital period.
