Method for carrying out data interpretation on a plurality of signals

Abstract

The invention provides a method for carrying out data interpretation on a plurality of signals, comprising the following steps: (1) loading data criterion which comprises analog signals, pulse counting signals and time sequence time string signal by interpreting control module; (2) interpreting upper bound and lower bound of the analog signal data; (3) interpreting whether the upper bound and the lower bound of pulses number of the pulse counting signals in a time range between interpretation starting and interpretation stopping is in the allowed range; (4) and interpreting whether on-off action of the timing sequence and series l data in a given channel in a certain time and a time deviation is normal. According to the invention, method for carrying out data interpretation on a plurality of signals has the advantage that transportability of criterion files is high due to criterion set by utilizing general text formatting. Criterion setting is flexible, and different types of criterion can be set according to different types of parameters. According to the invention, automatic interpretation and record are realized. The method solves a problem of right and wrong interpretation of the on-off action of the time sequence time string signal at a certain time, improves interpretation efficiency of mass data and greatly saves interpretation time and artificial cost.

Description

technical field [0001] The invention relates to the technical field of external data processing, in particular to a data interpretation method for various signals. Background technique [0002] When carrier rockets and missiles are flying in technical positions and launch positions, or in laboratory model development, from the pre-flight preparation stage to the end of the active flight, each test produces millions of parameters, so many parameters must be carefully distinguished. Whether the parameters are normal is a complicated task and is prone to errors. In the launch preparation procedure, the time left for interpretation is very short, and it is impossible to complete the detailed interpretation of test parameters manually. [0003] In the prior art, the interpretation of the test parameters generally requires more manual intervention. For example, the out-of-tolerance interpretation of analog signals: first, the operator needs to print out the time curve of the tes...

AI Technical Summary

Problems solved by technology

Its interpretation function is only for analog signals, the criterion mode is fixed, and it is not easy to expand. It cannot be used for the interpretation of parameters such as time series, pulse count, etc. It cannot adapt to the interpretation of various information of different test items, and lacks scalability.

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