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Everyday clocks such as wristwatches have finite precision. Eventually they require correction to remain accurate. The rate of drift depends on the clock's quality, sometimes the stability of the power source, the ambient temperature, and other subtle environmental variables. Thus the same clock can have different drift rates at different ...
Clock synchronization is a topic in computer science and engineering that aims to coordinate otherwise independent clocks. Even when initially set accurately, real clocks will differ after some amount of time due to clock drift , caused by clocks counting time at slightly different rates.
1.1 Computer clock drift. 12 comments. 1.2 Can I somehow "repartition" and burn a Blu-ray disk (BD-RE) to behave like two or more DVDs? 4 comments. 1.3 Exploit:JS ...
Cairo Citadel Clock; Candle clock; Chemical clock; Chronometer watch; Cifra 3; Climate Clock; Clock angle problem; Clock chime; Clock drift; Clock network; Clock position; Clock synchronization; Clockkeeper; Comayagua cathedral clock; Computus clock; Conservation and restoration of clocks; Crazy Clock Game; Cuckoo clock in culture
In digital transmission, bit slip is the loss or gain of a bit or bits, caused by clock drift – variations in the respective clock rates of the transmitting and receiving devices. One cause of bit slip is overflow of a receive buffer that occurs when the transmitter's clock rate exceeds that of the receiver.
In telecommunications, a drift is a comparatively long-term change in an attribute, value, or operational parameter of a system or equipment. The drift should be characterized, such as "diurnal frequency drift" and "output level drift." Drift is usually undesirable and unidirectional, but may be bidirectional, cyclic, or of such long-term ...
Most reliable sources (e.g. ) seem to use "skew" to mean rate of change of offset (i.e. how fast/slow it runs" and "drift" to mean rate of change of skew (i.e. how stable a clock is). It's a pity that this article uses both terms to mean a range of things, and irritating that "clock skew" is used by the semiconductor industry to mean something ...
If the embedded clock signal is isochronous, it gets sent simultaneously with the data. Below is an example signal, in this case using the Manchester code self-clocking signal. The data and clock cycles can be thought of as "adding up" to a combination, where both the clock cycle and the data can be retrieved from the transmitted signal.