METHOD OF IDENTIFYING EFFECT OF TECHNOLOGICAL CHANGES OVER TIME OF INPUT CONTROL VALUES ON DYNAMIC CONTROL CHANNEL CHARACTERISTICS OF OBJECT WITH VARIABLE STRUCTURE Russian patent published in 2012 - IPC G05B13/04 

Abstract RU 2450302 C1

FIELD: physics.

SUBSTANCE: at the beginning of each test during a certain period of time, the signal at the output of the object is picked up without transmission of any organised action to its inputs; a technological control program and a stepwise signal are then transmitted to the object through a control channel, while further picking up the signal at the output of the object until the end of transient processes, wherein the control action is varies either simultaneously with the beginning of transmission of the technological control program to the object or after, wherein in all repetitions of tests of each of the experiments, that lag is set to be equal; after completion of each experiment, transient response curves obtained during the tests are averaged; the averaged transient response curve of the first experiment is superimposed at the instant the control action changes with the averaged transient response curve of the second experiment and the first averaged transient response curve is subtracted from the second to obtain the final transient response curve; the obtained final transient response curve is smoothed with selection of the old and new established levels and dynamic characteristics of the effect of the technological control program on the output value of the object is estimated on the investigated control channel.

EFFECT: identifying the effect of technological changes over time of input control values on dynamic control channel characteristics of an object with a variable structure.

1 dwg

Similar patents RU2450302C1

Title Year Author Number
METHOD OF FRAGMENTARY CONTROL AND IDENTIFICATION OF REGULATION CHANNEL OF OBJECT CONDITION IN EXISTING SYSTEM 2007
  • Verevkin Valerij Ivanovich
  • Turchaninov Evgenij Borisovich
  • Turchaninov Aleksandr Evgen'Evich
  • Popykhova Ol'Ga Mikhajlovna
  • Solomin Nikolaj Vladimirovich
RU2327197C1
METHOD FOR IDENTIFICATION OF ACTIVE OBJECTS IN CONTROL SYSTEMS 2004
  • Verevkin Valerij Ivanovich
  • Zel'Tser Samoil Rafailovich
  • Galitskaja Ljubov' Vladimirovna
  • Lizogub Petr Petrovich
RU2277259C1
METHOD FOR IDENTIFYING OBJECT ADJUSTMENT CHANNELS WITH APPLICATION OF TESTING SIGNALS ONTO PREDICTABLE WORKING CONTROLS 2004
  • Verevkin Valerij Ivanovich
  • Zel'Tser Samoil Rafailovich
  • Galitskaja Ljubov' Vladimirovna
RU2271561C2
METHOD OF IDENTIFICATION OF INTERCONNECTED DISTRIBUTED OBJECT CONTROL CHANNELS 2006
  • Verevkin Valerij Ivanovich
  • Timirbulatova Ol'Ga Mikhajlovna
  • Sedykh Sergej Vladimirovich
  • Turchaninov Evgenij Borisovich
  • Turchaninov Aleksandr Evgen'Evich
  • Galitskaja Ljubov' Vladimirovna
  • Denisov Grigorij Vasil'Evich
RU2326422C1
METHOD OF OBJECTS IDENTIFICATION IN OPERATING SYSTEMS 2006
  • Verevkin Valerij Ivanovich
  • Zel'Tser Samoil Zafailovich
  • Galitskaja Ljubov' Vladimirovna
  • Lizogub Petr Petrovich
  • Denisov Grigorij Vasil'Evich
RU2325683C2
METHOD FOR IDENTIFYING OBJECTS WITH CHANGING OF TASKS 2004
  • Verevkin Valerij Ivanovich
  • Zel'Tser Samoil Rafailovich
  • Galitskaja Ljubov' Vladimirovna
RU2276396C2
METHOD FOR ACTIVE-PASSIVE IDENTIFICATION OF OBJECTS WITH REPLACEMENT OF ACTIVE OBJECT CONTROL SYSTEMS 2010
  • Verevkin Valerij Ivanovich
  • Lukunin Viktor Mikhajlovich
  • Bragin Vladimir Mikhajlovich
  • Medvedev Vladimir Sergeevich
  • Ismagilova Ol'Ga Mikhajlovna
RU2459227C1
AUTOMATIC NEURAL NET PARAMETER SETTER OF THE PI-REGULATOR FOR CONTROLLING HEATING OBJECTS 2016
  • Eremenko Yurij Ivanovich
  • Glushchenko Anton Igorevich
  • Poleshchenko Dmitrij Aleksandrovich
  • Fomin Andrej Vyacheslavovich
  • Petrov Vladislav Anatolevich
RU2644843C1
ADAPTIVE CONTROL SYSTEM 2013
  • Sukharev Evgenij Aleksandrovich
RU2541848C1
ADAPTIVE CONTROL SYSTEM 2011
  • Spitsyn Aleksandr Vladimirovich
RU2461037C1

RU 2 450 302 C1

Authors

Verevkin Valerij Ivanovich

Dates

2012-05-10Published

2011-03-29Filed