4 results about "Delay Duration" patented technology

This invention provides a method for calculating the minimum delay time between two seismic traces: Calculating a first error value between the two seismic traces under at least three first delay times (either preset or obtained after the last iteration update); fitting an error function between the delay time and the error value; calculating a second delay time and a second error value at the extreme point of the error function; if the first difference between the second delay time and a threshold delay time of any of the first delay times is greater than or equal to a first threshold, or the second difference between the second error value and the first error value is greater than or equal to a second threshold, then the second delay time is used to replace one of the edge delay times in the current first delay time. All the above steps are repeated until the first difference is less than the first threshold and the second difference is less than the second threshold, and this second delay time is determined as the minimum delay time between the two seismic traces. This invention improves the calculation speed for calculating the minimum delay time between two seismic traces.

Accepted events are processed. Each accepted event is associated with a respective ingested timestamp, a respective processing-start timestamp, and a respective processing-complete timestamp. Events are accepted at a rate of a target rate limit. A current error value is obtained as a difference between a target lag time and a second value. The target lag time indicates a configured maximum time within which an accepted event is to be processed. The second value is an average of differences between the respective processing-complete timestamps and the respective ingested timestamps. A base throttle is obtained based on previous error values and the current error value. The base throttle is smaller than the target rate limit and indicates a maximum number of events per a unit of time to be accepted for processing. Subsequent events are accepted at a new rate obtained from the base throttle.

The embodiment of the invention provides a parameter updating method and related equipment, and relates to the field of data processing. The method is applied to target equipment and comprises the following steps: when a first temporary value of a target field in a target parameter and a corresponding delay duration are obtained at a first moment, updating an original value of the target parameter according to the first temporary value to form a current value of the target parameter; the current value is provided for at least one application for data processing; at a second moment after the first moment, if it is detected that the first temporary value is still recorded in the target device, the first temporary value is flashed into a target memory, and the time interval between the second moment and the first moment is the delay duration. According to the scheme, the writing frequency of the target memory can be reduced.

The invention discloses a dynamic calibration method and system for a delay chain, and relates to the technical field of time measurement, and the method comprises the following steps: inputting a random pulse with a set time length into a to-be-calibrated delay chain, and obtaining a plurality of jump series outputted by the to-be-calibrated delay chain under different random pulse inputs; judging whether the maximum value in the plurality of jump series is located in a preset confidence interval or not, and obtaining the maximum number of current interpolation delay units of the delay chain to be calibrated according to a judgment result; the actual delay duration of the delay units in the delay chain to be calibrated is obtained through the maximum number of the current interpolation delay units and the clock signal, and the delay chain to be calibrated is calibrated through the actual delay duration. According to the invention, the resolution of the time interval is dynamically monitored, the actual value of the time resolution instead of the preset value is used in the calculation of the time interval, the deviation of the measured value of the time interval is reduced, the delay change caused by the change of the external environment is compensated, and the precision of the time measurement result is improved.