Alrawashdeh B. The results processing methods of the motor vehicles improvement with a regard to dynamic characteristics of measuring instruments

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0417U003181

Applicant for

Specialization

  • 05.01.02 - Стандартизація, сертифікація та метрологічне забезпечення

19-05-2017

Specialized Academic Board

К 64.108. 04

Essay

The object of the study the test results are given diverticular disease ATZ used in the tests FTA; The aim of the thesis is the improvement of methods for processing test results ATZ based accelerometers used diverticular disease through the development, research and optimization methods to improve the accuracy of identification. Novelty is based on such scientific research: - improved methods of identifying time constant and attenuation coefficient accelerometers used in testing vehicles for frequency response and transfer function through the preliminary assessment of uncertainties and the application of the method of least squares, thus enhancing the reliability of the results test vehicles through the use of more complete information about the volume of dynamic characteristics of wastes s accelerometers; - the first proposed method is based on calculating the area under the frequency response of the accelerometer further determination time constant and damping coefficient optimized by selecting the optimal ratio between the cutoff frequency space to reduce the uncertainty of results of identification and improve the accuracy of test vehicles; - the first proposed method of identification time constant and attenuation coefficient accelerometers used in vehicles, on impulse response using artificial neural networks optimized by the use of adaptive properties, including the capacity for lifelong learning, flexibility in addressing various technical challenges and opportunities manage authentication accuracy and precision of results of tests of vehicles at a limited number of original information, th number in real time.

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