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Применение эвристического метода при обслуживании линий связи
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/Application of a heuristic method when communication lines maintenance
Автоматика, связь, информатика. 2024. № 6. С. 9–12
Automation, communications, informatics. 2024. № 6. Р. 9–12
ТЕЛЕКОММУНИКАЦИИ
Научная статья
УДК 656.257
DOI: 10.62994/AT.2024.6.6.003
Применение эвристического метода при обслуживании линий связи
Роман Борисович Рябиченко
Российский университет транспорта (МИИТ), доцент, канд. техн. наук, Москва, Россия, rrb@raps.edu.ru
Аннотация. В статье представлен эвристический* инструментарий системного анализа, используемый при поиске повреждений кабельных линий связи и выборе способов их ремонта. Рассмотрены способы и приемы восстановления волоконно-оптических линий связи. Определено, что важнейшим условием эффективного применения эвристического инструментария для ремонта линий связи является накопление, обобщение и структурирование практического опыта с последующим его оформлением в виде методик и рекомендаций.
Ключевые слова: Ключевые слова: эвристические методы, восстановление, кабельные линии связи, волоконно-оптические линии связи
Для цитирования: Рябиченко Р.Б. Применение эвристического метода при обслуживании линий связи // Автоматика, связь, информатика. 2024. № 6. С. 9–12. DOI: 10.62994/AT.2024.6.6.003
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Original article
Application of a heuristic method when communication lines maintenance
Roman B. Ryabichenko
Russian University of Transport, assistant professor, Phd, Moscow, Russia, rrb@raps.edu.ru, SPIN-код: 8551-3336
Abstract. The article presents a heuristic system analysis toolkit used when searching for damage to cable communication lines and choosing methods for their restoration. Methods and techniques for restoring fiber-optic communication lines are considered. It has been determined that the most important condition for the effective use of heuristic tools for communication lines restoration is the accumulation, generalization and structuring of practical experience with its subsequent presentation in the form of methods and recommendations.
Keywords: heuristic method, restoration, cable communication lines, fiber-optic communication lines
For citation: Ryabichenko R.B. Application of a heuristic method when communication lines maintenance // Automation, communications, informatics. 2024. № 6. P. 9–12. DOI: 10.62994/AT.2024.6.6.003
Список источников
1. Латыпов Н.Н., Елкин С.В., Гаврилов Д.А. Инженерная эвристика. М.: Астрель: Лукойл Инжиниринг, 2012. 319 с.
2. Бакланов И.Г. Тестирование и диагностика систем связи. М.: Эко-Тредз, 2001. 264 с.
3. Рогов А.П., Чупарнова С.В. Применение рефлектометров // Автоматика, связь, информатика. 2006. № 12. С. 29–31
© Москва «Автоматика, связь, информатика» 2024
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- Главная
- О журнале
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- 2007
- 2008
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- 2010
- 2011
- 2012
- 2013
- 2014
- 2015
- 2016
- 2017
- 2018
- 2019
- 2020
- 2021
- 2022
- № 1, 2022
- 001 General principles of safety proof of autonomous systems
- 002 Transport cyberphysical systems in management
- 003 Wireless optical communication channel with moving objects
- 004 Development of a hardware and software complex for the design and management of railway layouts
- 005 Formalization of subway automation and telemechanics systems design process
- №2, 2022
- №3, 2022
- №4, 2022
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- Analysis of sensors of the automatic heating system for linear transfers
- Synthesis of digital-to-analog converters for advanced onboard computers of locomotives based on optical technologies
- Theoretical foundations of the development of innovative data transmission technologies
- Maintaining multi-unit rolling stock data in the Automated system of operational transportation management
- History of railway signaling
- №5, 2022
- №6, 2022
- The device of the account of railway mobile units
- On the portable test loops at control points of automatic locomotive signaling
- Platform mounting points for rolling stock derailment monitoring devices
- Improving the interaction of passenger service channels with the «Express» system
- Application of ultra-wideband radio technology in the context of digitalization of railroads
- №7, 2022
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- Improvement of operational indicators of earthing devices of automation and communication system
- Short-wave ionospheric radio communication and the possibilities of its application as a technological railway radio communication
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- №8, 2022
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- Innovative machine vision algorithms for diagnosing the longitudinal profile of sorting tracks
- Measurements of rail line parameters in problems of electromagnetic compatibility
- Function parameters of telecommunication servers in the Integrated digital technological communication network
- Virtual Reality Training
- Visualisation of process maps
- A unified time system for the needs of high-speed railways lines on the basis of a coherent unified time system with connection to standards of the state service for time and frequency via fiber optic
- №9, 2022
- №10, 2022
- №11, 2022
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- Application of IoT technologies on the way to digitalization of the railway complex
- High-precision digital maps and positioning systems
- Conducting a laboratory experiment of the icing sensor
- Development of technical facilities for reduction of industrial injuries
- №12, 2022
- Evolution of track circuits from relays to artificial intelligence
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- Monitoring the status of power supplies DC systems Moscow Metro
- №2, 2023
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- As opp mobile application for MRM-Sh
- Development of hardware and software of the prescriptive diagnostic system for the electric train ES2G “Lastochka”
- Decoding of signals in tonal rail circuits during measurements by the Etalon-Sh device
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- №11, 2023
- Automation of the barrier of sorting tracks in the concept of a Digital railway station
- Analysis of the causes of «flooding» of the long branch of the movable cores of the crosspieces of the switches
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- The railway units tracking system
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