Search Results - Odenwald, S.

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  1. 1

    Estimating vertical ground reaction forces from plantar pressure using interpretable high-dimensional approximation

    Weidensager, L., Krumm, D., Potts, D., Odenwald, S.
    Published in Sports Engineering (2024)
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  2. 2

    A laboratory treadmill for simulation of road surface induced vibrations in cycling

    Buder, J., Sanseverino, G., Odenwald, S., Schwanitz, S.
    Published in Journal of Science and Cycling (2023)
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  3. 3

    Estimation of hike events and temporal parameters with body-attached sensors

    Sanseverino, G., Krumm, D., Kilian, W., Odenwald, S.
    Published in Sports Engineering (2023)
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  4. 4

    The effect of a vibration absorber on the damping properties of alpine skis

    Schwanitz, S., Griessl, F., Leilich, C., Krebs, R., Winkler, B., Odenwald, S.
    Published in Proceedings (2018)
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  5. 5

    Body-attached sensors for automatic detection of skating stroke events in speed skating

    Krumm, D., Buder, J., Odenwald, S.
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  6. 6

    Determining push-off forces in speed skating imitation drills

    Krumm, D., Kuske, N., Nubert, M., Buder, J., Hamker, F., Odenwald, S.
    Published in Sports Engineering (2021)
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  7. 7

    Trainingsunterstützung im Snowboardsport durch Druckmesssohlen und Beschleunigungssensoren (Training support in snowboarding with pressure measurement soles and acceleration sensors)

    Odenwald, S., Neubert, M., Schwanitz, S.
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  8. 8

    Messtechnische Erfassung zeitlich-räumlicher Parameter beim Gehen (Measurement of temporal-spatial parameters during walking)

    Krumm, D., Odenwald, S.
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  9. 9

    Understanding the effect of tire pressure and speed on vibrations transmission to the handlebar in road cycling

    Sanseverino, G., Schwanitz, S., Krumm, D., Odenwald, S.
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  10. 10

    Understanding the effect of gloves on hand-arm vibrations in road cycling

    Sanseverino, G., Schwanitz, S., Krumm, D., Odenwald, S., Lanzotti, A.
    Published in Proceedings (2020)
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  11. 11

    How to assess repeatability and reproducibility of a mechanical test? An example for sports engineers

    Krumm, D., Schwanitz, S., Odenwald, S.
    Published in Proceedings (2020)
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  12. 12

    Estimating power output during road cycling by means of strain gauges and artificial neural networks - a pilot study

    Krumm, D., Schwanitz, S., Buder, J., Odenwald, S.
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  13. 13

    Outdoor tests for the validation of an inertial system able to detect illegal steps in race-walking

    Gironimo, G. D., Caporaso, T., Amodeo, G., Giudice, D. M. D., Lanzotti, A., Odenwald, S.
    Published in Procedia Engineering (2016)
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  14. 14

    Smart carbon fiber bicycle seat post with light and sensor integration

    Kaufmann, J., Rabe, H., Siebert, N., Wolf, P., Cebulla, H., Odenwald, S.
    Published in Procedia Engineering (2016)
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  15. 15

    The ISEA winterschool in sports engineering: 5 years of education and team building experiences

    Petrone, N., Marcolin, G., Odenwald, S., Senner, V.
    Published in Procedia Engineering (2016)
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  16. 16

    The instrumented running shoe

    Schwanitz, S., Odenwald, S.
    Published in Procedia Engineering (2016)
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  17. 17

    Comparison of "plain conditions" and "close-to-reality conditions" for evaluation of biomechanical load spectra of handball shoes

    Krumm, D., Gläser, A., Schlegel, G., Odenwald, S.
    Published in Procedia Engineering (2016)
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  18. 18

    Adaptive sensor data acquisition for gait analysis

    Kilian, W., Hill, M., Odenwald, S.
    Published in Procedia Engineering (2016)
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  19. 19

    Wearable, modular and intelligent sensor laboratory

    Hill, M., Hoena, B.t, Kilian, W., Odenwald, S.
    Published in Procedia Engineering (2016)
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  20. 20

    Mechanical characterization of handball shoes using biomechanical load spectrums

    Krumm, D., Gläser, A., Schlegel, G., Odenwald, S.
    Published in Procedia Engineering (2015)
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