DEVELOPMENT AND TESTING OF A HARDWARE AND SOFTWARE COMPLEX FOR DIAGNOSING THE SENSORIMOTOR PERCEPTUAL ABILITIES OF YOUNG TENNIS PLAYERS
- Authors: Biryukov I.A.1, Il'icheva O.V.1
-
Affiliations:
- Moscow State Academy of Physical Culture
- Issue: No 1 (2026)
- Pages: 87-93
- Section: Theory and methodology of sports
- URL: https://bakhtiniada.ru/1994-4683/article/view/382381
- DOI: https://doi.org/10.5930/1994-4683-2026-1-87-93
- ID: 382381
Cite item
Full Text
Abstract
The purpose of the study is to develop and test a comprehensive system for diagnosing the sensory-perceptual abilities of young tennis players aged 8-16, which includes the creation of a specialized hardware and software complex, the development of a methodology for its application, and the establishment of age-specific standards for key diagnostic indicators.
Research methods. The research methodology included a procedure of standardized diagnostic testing, the formation of a representative sample of 145 athletes, statistical processing of data using the percentile method, and a correlation analysis (Spearman's coefficient) for validation.
Research results and conclusions. An innovative hardware-software complex has been developed based on a sensor-equipped racket with integrated piezoelectric sensors, an inertial module, and a tactile feedback system, as well as specialized software for real-time data analysis. A valid diagnostic toolkit has been created, providing quantitative assessment of more than 25 biomechanical parameters. A comprehensive system of age-specific norms has been established for 15 key indicators (anticipation accuracy, reaction time, SPQ integral index, etc.), differentiated across six levels of preparedness. The age-related dynamics of sensory-perceptual abilities have been identified, with the greatest growth observed between ages 10 and 13. The methodology's high predictive value has been confirmed: the indicators show statistically significant correlations with the regional ranking. The developed and tested hardware-software system represents a standardized, objective system for monitoring the development of sensory-perceptual abilities. The results obtained are of practical significance for individualizing the training process, timely correcting identified deficiencies, and objectively selecting promising young tennis players at the stages of long-term training.
Research methods. The research methodology included a procedure of standardized diagnostic testing, the formation of a representative sample of 145 athletes, statistical processing of data using the percentile method, and a correlation analysis (Spearman's coefficient) for validation.
Research results and conclusions. An innovative hardware-software complex has been developed based on a sensor-equipped racket with integrated piezoelectric sensors, an inertial module, and a tactile feedback system, as well as specialized software for real-time data analysis. A valid diagnostic toolkit has been created, providing quantitative assessment of more than 25 biomechanical parameters. A comprehensive system of age-specific norms has been established for 15 key indicators (anticipation accuracy, reaction time, SPQ integral index, etc.), differentiated across six levels of preparedness. The age-related dynamics of sensory-perceptual abilities have been identified, with the greatest growth observed between ages 10 and 13. The methodology's high predictive value has been confirmed: the indicators show statistically significant correlations with the regional ranking. The developed and tested hardware-software system represents a standardized, objective system for monitoring the development of sensory-perceptual abilities. The results obtained are of practical significance for individualizing the training process, timely correcting identified deficiencies, and objectively selecting promising young tennis players at the stages of long-term training.
About the authors
Il'ya Andreevich Biryukov
Moscow State Academy of Physical Culture
Email: ilyatennisucheba@gmail.com
ORCID iD: 0009-0002-7449-9644
SPIN-code: 8797-3958
Ol'ga Vladimirovna Il'icheva
Moscow State Academy of Physical Culture
Email: ilichovao@yandex.ru
ORCID iD: 0009-0007-7312-9218
SPIN-code: 9446-2570
candidate of sciences in biology
References
- Иссурин В.Б., Лях В.И. Координационные способности спортсменов. Москва : Спорт, 2019. 207 с. : ил. ISBN 978-5-907225-04-6.
- Баширова Д. М., Бурцева Е. В. Методика технико-тактической подготовки игроков в настольный теннис 12-13 лет с направленным развитием когнитивных способностей и эффективность ее применения. doi: 10.36028/2308-8826-2024-12-2-61-68 // Наука и спорт: современные тенденции, 2024. Т. 12, № 2 (45). С. 61–68. EDN: KFEVGU.
- Шестаков М. П. Перцепция спортивных движений. Таганрог : Южный федерал. ун-т, 2023. 336 с. EDN: GRGVCZ.
- Барчукова Г. В., Лаптев А. И. Определение уровня влияния различных координационных способностей на точность ударных действий в настольном теннисе // Теория и практика физической культуры. 2023. № 4. С. 38–40. EDN: YKURYG.
- Свидетельство о государственной регистрации программы для ЭВМ № 2025685316 Российская Федерация. Комплексная система диагностики и развития сенсорно-перцептивных способностей юных теннисистов: заявл. 26.08.2025: опубл. 22.09.2025 / И. А. Бирюков, О. В. Ильичёва. EDN NWAVDS.
- Ильичева О. В., Сираковская Я. В. Развитие антиципации у теннисистов 11-12 лет // Ученые записки университета имени П.Ф. Лесгафта, 2024. № 8 (234). С. 126–130. EDN: ROBPOM.
Supplementary files
