STATISTICAL DIAGNOSTICS OF MEASUREMENTS
Authors:
1.
State RI of Chemisry
employee
Moskva, Moscow, Russian Federation
employee
Moskva, Moscow, Russian Federation
Type:
Article
Pages:
from 27
to 31
Status:
Published
Received:
12.08.2018
Accepted:
01.10.2018
Published:
01.10.2018
Subject area:
UDK 52 Астрономия. Астрофизика. Исследование космического пространства. Геодезия
Language:
Russian, English
Keywords:
manufacturing equipment, measuring channel, measurement faults, statistical diagnostics, noise interference, pulse jamming, channel shift, channel insensitivity
Abstract (English):
The algorithm of statistical diagnostics used for the detection of measurement faults critical for ACS of manufacturing equipment and power units has been considered. Noise interference and pulse jamming and also a shift, drift and sensitivity loss of a measuring channel belong to them. A preliminary synthesis of an algorithm was carried out in the structure of a self-contained complex having a simulator of measurement faults, and their final adjustment is carried out according to the results of semi-natural tests. The latter provides for the application of diagnostic algorithms to processing records of natural information.
The algorithm of statistical diagnostics used for the detection of measurement faults critical for ACS of manufacturing equipment and power units has been considered. Noise interference and pulse jamming and also a shift, drift and sensitivity loss of a measuring channel belong to them. A preliminary synthesis of an algorithm was carried out in the structure of a self-contained complex having a simulator of measurement faults, and their final adjustment is carried out according to the results of semi-natural tests. The latter provides for the application of diagnostic algorithms to processing records of natural information.
Keywords:
manufacturing equipment, measuring channel, measurement faults, statistical diagnostics, noise interference, pulse jamming, channel shift, channel insensitivity
manufacturing equipment, measuring channel, measurement faults, statistical diagnostics, noise interference, pulse jamming, channel shift, channel insensitivity
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