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  1. 1

    Teaching methodology for rowing elements in academic rowing

    Mambetnazarov, I.
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  2. 2

    Absolute seat movement

    Kleshnev, V.
    Published in BioRow (2024)
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  3. 3

    Absolute seat movement in crew boat

    Kleshnev, V.
    Published in BioRow (2024)
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  4. 4

    Practical implications of seat synchronisation

    Kleshnev, V.
    Published in BioRow (2024)
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  5. 5

    Ermittlung der Synchronität der Bewegungen bei Rudermannschaften mittels Sensorik und Pose Estimation (Determining the synchronisation of movements in rowing teams using sensor technology and pose estimation)

    Ningelgen, J.
    Published 2024
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  6. 6

    Automated rower assignment to rowing events: a machine learning approach

    Li, Y., Koldenhoven, R., Jiwan, N., Zhan, J., Liu, T.
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  7. 7

    Biomechanical analysis of rowing with different movement constraints: A comparison between individuals with and without physical impairments

    Bentivoglio, D.
    Published 2024
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  8. 8

    Influence of using individualized ergonomic handles on upper limb kinematics, neuromuscular activity and perceived comfort, during scull rowing

    Ertel, G. N., Pitto, L., Mornieux, G., Simon, F. R., Gauchard, G. C.
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  9. 9

    Intelligent performance evaluation in rowing sport using a graph-matching network

    Chen, C.-C., Lin, C.-S., Chen, Y.-T., Chen, W.-H., Chen, C.-H., Chen, I.-C.
    Published in Journal of Imaging (2023)
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  10. 10

    "A feeling for run and rhythm": coaches` perspectives of performance, talent, and progression in rowing

    Leege, N., Watsford, M., Sharp, P., O'Meara, D., Slattery, K.
    Published in Journal of Sports Sciences (2023)
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  11. 11

    Ultrasound and surface electromyography analyses reveal an intensity dependent active stretch-shortening cycle of the vastus lateralis muscle during ergometer rowing

    Held, S., Raiteri, B., Rappelt, L., Hahn, D., Donath, L.
    Published in European Journal of Sport Science (2023)
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  12. 12

    Entwicklung eines Messplatzes zur Objektivierung von Teilkörperbewegungen im Ergometerrudern (Development of a measuring station for the objectification of a partial body movement in ergometer rowing)

    Scholz, F., Schmidt, J., Grundmann, A.
    Published in Leistungssport (2023)
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  13. 13

    Cognitive load causes kinematic changes in both elite and non-elite rowers

    Herrebrøden, H., Refsum Jensenius, A., Espeseth, T., Bishop, L., Vuoskoski, J. K.
    Published in Human Movement Science (2023)
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  14. 14

    A wireless rowing measurement system for improving the rowing performance of athletes

    Hohmuth, R., Schwensow, D., Malberg, H., Schmidt, M.
    Published in Sensors (2023)
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  15. 15

    Drohnengestütztes Tracking von Athleten zur automatischen Erkennung von Bewegungsabläufen und Feedbacksteuerung im Rudern (Drone-assisted tracking of athletes for automatic detection of motion sequences and feedback control in rowing)

    Brauckmann, N., Hünermund, M., Richter, K.
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  16. 16

    Entwicklung eines Messplatzes zur Objektivierung von Teilkörperbewegungen im Ergometerrudern (Development of a measuring station for the objectification of partial body movements in ergometer rowing)

    Scholz, F., Schmidt, J., Grundmann, A.
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  17. 17

    Comparison of isokinetic knee torque and bioelectrical activity for hamstrings, quadriceps and erector spinae muscles in elite rowers

    Kabacinski, J., Fryzowicz, A., Blaszczyk, A., Murawa, M., Gorwa, J., Ogurkowska, M. B.
    Published in Sports Biomechanics (2022)
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  18. 18

    Schlagaufbau. Zerlegen Sie Ihre Ruderbewegung (Stroke structure. Break down your rowing motion)

    Kosinski, T.
    Published in Rudersport (2022)
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  19. 19

    IMMU-based orientation determination in sports analytics: kinematic analysis and performance interpretation

    Groh, B. H.
    Published in BiSp-Liste Dissertationen (2021)
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  20. 20

    Tracking rower motion without on-body sensors using an instrumented machine and an artificial neural network

    BenSiSaid, K., Ababou, N., Ababou, A., Roth, D., von Mammen, S.
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