Lines Matching refs:clock

176      * Represents an estimate of the GNSS clock time.
203          * The GNSS receiver internal clock value. This is the local hardware clock
206          * For local hardware clock, this value is expected to be monotonically
207          * increasing while the hardware clock remains powered on. (For the case of a
208          * HW clock that is not continuously on, see the
224          * 1-Sigma uncertainty associated with the clock's time in nanoseconds.
229          * 'latched' by timeNs is defined as the reference clock vs. which all
235          * The difference between hardware clock ('time' field) inside GNSS receiver
265          * 1-Sigma uncertainty associated with the local estimate of GNSS time (clock
279          * The clock's drift in nanoseconds (per second).
292          * 1-Sigma uncertainty associated with the clock's drift in nanoseconds (per
304          * hardware clock.
307          * of clock to another.  A single free-running crystal oscillator (XO)
311          * If, however, the timeNs value (HW clock) is derived from a composite of
315          * increment each time there is a change in clock continuity. In the
322          * derived from a single, high quality clock (XO like, or better, that is
326          * available, that the HW clock be discontinuity-free as long as possible,
328          * re-solve for the GNSS clock bias and drift, when using the accompanying
375          * The reference receiver's time is specified by GnssData::clock::timeNs.
505          * clock frequency errors. Ensure that this field is independent (see
678         /** The GNSS clock time reading. */
679         GnssClock clock;