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12. Abstracts from the 6th international conference on the Engineering of Sport, 10–14 July 2006, Olympic Hall, Munich, Germany

Author

Dixon, Sharon, James, Iain, Low, Daniel, Kenny, Ian C., Wallace, Eric S., Brown, Desmond, Otto, Steve R., Gámez, Javier, Rosa, David, Alcántara, Enrique, Martínez, Antonio, Such, María José, Durá, Juan Vicente, Prat, Jaime, Ramiro, José, Montaner, Ana, Gutierrez, José María, Comín, Mario, Vera, Pedro, Prat, Jaime, Meijer, Kenneth, Dethmers, Jeroen, Savelberg, Hans, Willems, Paul, Wijers, Bart, Hofmann, Martin, Ganter, Nico, Witte, Kerstin, Edelmann-Nusser, Jürgen, Nowoisky, Claudius, Yang, Connie, Caine, Mike, Wagner, Jörg F., Schmidt, Erin, Roberts, Jonathan, Rothberg, Steve, Heller, Ben W., Haake, Stephen J., Burn, Jeremy, Morgan, John, Wishart, Clive, Witte, Kerstin, Wunderlich, Bernd, Betzler, Nils, Thévenin, Dominique, Bordás, Róbert, Edelmann-Nusser, Jürgen, Self, Brian P., Beck, Joseph, Schill, David, Eames, Colin, Knox, Ted, Plaga, John, Kiefmann, Andreas, Krinninger, Maximilian, Lindemann, Udo, Senner, Veit, Spitzenpfeil, Peter, Edelmann-Nusser, Juergen, Heller, Mario, Hofmann, Martin, Ganter, Nico, Deans, Tim, Herbert, Martin, Morgan, John, Stronge, Bill, Ashcroft, Andrew, Gordon, Rae, Franklin, Kathryn, Böhm, Harald, Krämer, Christian, Senner, Veit, Barber, Sarah, Haake, Stephen, Carré, Matt, Heller, Mario, Edelmann-Nusser, Juergen, Clement, Steffen, Vajna, Sándor, Jordan, André, Tempia, Angelo, Pagliarella, Riccardo, Alam, Firoz, We, Pek Chee, Subic, Aleksandar, Watkins, Simon, Savage, Nicholas, Subic, Aleksandar, Bray, Ken, Kerwin, David, Aoyama, Ayako, Nakashima, Motomu, James, Iain, Dixon, Sharon, Blackburn, Kim, Pettican, Neil, Härtel, Thomas, Hildebrand, Falk, Knoll, Karin, Albinsson, Pär-Anders, Andersson, Dennis, Mössner, Martin, Heinrich, Dieter, Schindelwig, Kurt, Kaps, Peter, Lugner, Peter, Schmiedmayer, Heinz-Bodo, Schretter, Herwig, Nachbauer, Werner, Sakata, Toshiyuki, Yanase, Takahiro, Hosokawa, Kenji, Sato, Yu, Sakata, Toshiyuki, Scott, Nathan, Kagawa, Hiroyuki, Yoneyama, Takeshi, Petrone, Nicola, Tenan, Eva, Fumei, Piergiuseppe, Schweizer, Andreas, Tan, Ming Adin, Fuss, Franz Konstantin, Niegl, Günther, Schöffl, Isabelle, Schöffl, Volker R., Vigouroux, Laurent, Quaine, Franck, Einwag, Frank, Klee, Sebastian, Strecker, Wolf, Berrostegieta, Jon Iriberri, Schweizer, Andreas, Schneider, Alexander, Michailov, Michael, Odenwald, Stephan, Johnston, Clifton R., Maw, Sean, Fauvel, O. Rod, Krämer, Christian, Klöpfer, Isabella, Senner, Veit, Peters, Christiane, Fleming, Paul, and Young, Colin

Published
2006
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15. Abstracts from the 6th International Conference on the Engineering of Sport, 10–14 July 2006, Olympic Hall, Munich, Germany: Volume 3 — Developments for innovation

Author

Gerrits, Anton, Jones, Chris Lewis, Valero, Rafael, Müller, Maximilian, Senner, Veit, Krohn, Michael, Krueger, Andreas, Witte, Kerstin, Edelmann-Nusser, Juergen, Giannakis, Alexandros, Stricker, Claude, Kotrotsios, Giorgos, Shah, Sonali K., Podgaets, Alexander, Ockels, Wubbo, Seo, Kazuya, Stolbov, Valeriy, Belyaev, Alexey, Shumihin, Anton, Vasilenko, Sergey, Subic, Aleksandar, Paterson, Niall, Hanna, R. Keith, Moritz, Eckehard Fozzy, Justham, Laura, West, Andrew, Cubitt, Aimee C., Bramley, Alan N., Hodgkins, Philip, Rothberg, Steve, Caine, Mike, Fischer, Peter R., Nolte, Christian, McHutchon, Mark, Manson, Graeme, Carré, Matt, Sabo, Anton, Reichel, Martin, Eckelt, Markus, Kogler, Hannes, Anderson, Lauren, Fleming, Paul, Ansarifar, Ali, Dumm, Melanie, Hainzlmaier, Christian, Boerboom, Stephan, Wintermantel, Erich, Ewart, Paul D., Verbeek, C. J. R., Irander, Carl Johan, Berglund, Göran, Zaeh, Michael E., Gebhard, Paul, Kaiser, Michael, Himmel, Norbert, Hamilton, Nick, Senior, Terry, Franklin, Kathryn, Williams, Simon, Gordon, Rae, Miyazaki, Yusuke, Ujihashi, Sadayuki, Jin, Tomohiko, Akiyama, Shinichirou, CheolWoong, Ko, Schwiewagner C., Böhm H., Senner V., Greenwald, Richard M., Chu, Jeffrey J., Jessiman, Alexander W., Shealy, Jasper E., Johnson, Robert J., Ettlinger, Carl F., Justham, Laura, West, Andrew, Cork, Alex, Miyaji, Chikara, Ito, Koji, Shimizu, Jun, Baca, Arnold, Stevens, Gunnar, Wulf, Volker, Rohde, Markus, Zimmermann, Andreas, Ganter, Nico, Witte, Kerstin, Edelmann-Nusser, Jürgen, Wiemeyer, Josef, Henneke, Christian, Hoisl, Frank, Schönberger, Stefan, Moritz, Eckehard F., Sierksma, Gerard, Vernadakis, Nicholas, Zetou, Eleni, Avgerinos, Andreas, Giannousi, Maria, Kioumourtzoglou, Efthimis, Meyer, Imke K., McHutchon, Mark, Okubo, Hiroki, Hubbard, Mont, Marmo, Brett A., Buckingham, Mark-Paul, Blackford, Jane R., Stiles, Victoria H., Dixon, Sharon J., James, Iain T., Memmert, Daniel, Perl, Jürgen, Kawamura, S., Takihara, H., Minamoto, H., Zahid, Hossain Md., James, David M., Haake, Stephen J., Strehler, Martin, Hasenknopf, Andreas, Moritz, Eckehard Fozzy, James, Daniel A., Knoll, Klaus, Wagner, Klaus, Blair, Kim B., Culligan, Kieran F., Walfisch, David, Maw, Sean, Johnston, Clifton R., Yuen, Allen, Lee, Manryung, Kim, Cheol, Adelman, Simon, Otto, Steve, Strangwood, Martin, Kim, Moo Sun, Kim, Sun Jin, Han, Dong Chul, Lee, Woo Il, Cornish, James, Monk, Stuart, Mase, Tom, Timms, Mark, West, Cory, Iwatsubo, Takuzo, Nakajima, Daiki, McCloy, Alex J., Wallace, Eric S., Chen, Chaochao, Inoue, Yoshio, Shibata, Kyoko, Gillet, Christophe, Foissac, Matthieu, Leteneur, Sébastien, Freychat, Philippe, Barbier, Franck, Rosa, David, Alcántara, Enrique, González, Juan Carlos, Martínez, Natividad, Comín, Mario, José Such, María, Vera, Pedro, Prat, Jaime, Millet, Guillaume, Perrey, Stéphane, Foissac, Matthieu, Waller, Tom, Morris, Rhys, Roberts, Bryan C., Kirk, Bob, Haake, Stephen, Manson, Graeme, Gibbs, Paul J., Mitchell, Sean R., Harland, Andy R., Toon, Daniel, Kamperman, Nico, Ajoku, Uzoma, Hopkinson, Neil, Roux, Maxime, Puyaubreau, Céline, Gorce, Philippe, Petrone, Nicola, Faggiano, Emanuela, and Meneghello, Roberto

Published
2006
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20. Application of a Full Body Inertial Measurement System in Alpine Skiing: A Comparison With an Optical Video Based System.

Author

Krüger, Andreas and Edelmann-Nusser, Jürgen

Subjects
KNEE physiology, PATELLOFEMORAL joint physiology, BIOMECHANICS, COMPARATIVE studies, GEOGRAPHIC information systems, KINEMATICS, SKIING, SIGNAL processing, PRODUCT design, BODY movement
Abstract

This study aims at determining the accuracy of a full body inertial measurement system in a real skiing environment in comparison with an optical video based system. Recent studies have shown the use of inertial measurement systems for the determination of kinematical parameters in alpine skiing. However, a quantitative validation of a full body inertial measurement system for the application in alpine skiing is so far not available. For the purpose of this study, a skier performed a test-run equipped with a full body inertial measurement system in combination with a DGPS. In addition, one turn of the test-run was analyzed by an optical video based system. With respect to the analyzed angles, a maximum mean difference of 4.9° was measured. No differences in the measured angles between the inertial measurement system and the combined usage with a DGPS were found. Concerning the determination of the skier's trajectory, an additional system (e.g., DGPS) must be used. As opposed to optical methods, the main advantages of the inertial measurement system are the determination of kinematical parameters without the limitation of restricted capture volume, and small time costs for the measurement preparation and data analysis. [ABSTRACT FROM AUTHOR]

Published
2010
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29. APPLICABILITY OF A FULL BODY INERTIAL MEASUREMENT SYSTEM FOR KINEMATIC ANALYSIS OF THE DISCUS THROW.

Author

Ganter, Nico, Krüger, Andreas, Gohla, Marco, Witte, Kerstin, and Edelmann-Nusser, Jürgen

Subjects
KINEMATICS in sports, BIOMECHANICS, INERTIA (Mechanics), PHYSICAL training & conditioning, DISCUS throwing, BODY movement
Abstract

The aim of the study was the application of a full body inertial measurement system (IMS) for a kinematic analysis of the discus throw and the evaluation of its applicability. For this purpose, one male sports student performed three discus throws equipped with the IMS. All trials were additionally filmed by high-speed video. The results indicate that performance-relevant information can be obtained regarding the temporal coordination of the body segments and body joint angles. Limitations exist for the accurate detection of the last foot contact related instant and the discus release instant by solely using the IMS data. [ABSTRACT FROM AUTHOR]

Published
2010

31. Determination of three-dimensional joint loading within the lower extremities in snowboarding.

Author

Krüger, Andreas, McAlpine, Paul, Borrani, Fabio, and Edelmann-Nusser, Jürgen

Subjects
BIOMECHANICS, JOINTS (Anatomy), EXTREMITIES (Anatomy), SNOWBOARDING, SPORTS injuries
Abstract

In the biomechanical literature only a few studies are available focusing on the determination of joint loading within the lower extremities in snowboarding. These studies are limited to analysis in a restricted capture volume due to the use of optical video-based systems. To overcome this restriction the aim of the present study was to develop a method to determine net joint moments within the lower extremities in snowboarding for complete measurement runs. An experienced snowboarder performed several runs equipped with two custom-made force plates as well as a full-body inertial measurement system. A rigid, multi-segment model was developed to describe the motion and loads within the lower extremities. This model is based on an existing lower-body model and designed to be run by the OpenSim software package. Measured kinetic and kinematic data were imported into the OpenSim program and inverse dynamic calculations were performed. The results illustrate the potential of the developed method for the determination of joint loadings within the lower extremities for complete measurement runs in a real snowboarding environment. The calculated net joint moments of force are reasonable in comparison to the data presented in the literature. A good reliability of the method seems to be indicated by the low data variation between different turns. Due to the unknown accuracy of this method the application for inter-individual studies as well as studies of injury mechanisms may be limited. For intra-individual studies comparing different snowboarding techniques as well as different snowboard equipment the method seems to be beneficial. The validity of the method needs to be studied further. [ABSTRACT FROM AUTHOR]

Published
2012
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32. The Development of Cycling Performance during the Training Program: An Analysis using Dynamical Systems Theory.

Author

Ganter, Nico, Witte, Kerstin, and Edelmann-Nusser, Jürgen

Subjects
CYCLING, SPORTS, GOLF tournaments, COMPUTER science, DYNAMICS
Abstract

One of the main theories in ecological psychology is the theory of affordances. Affordances are opportunities for action which are provided by the environment in which the action takes place and are action specific. So affordances describe how the environment allows, supports and constrains an action. The idea of studying the affordances can also be applied to sport, in this case to putting in golf, to gain insight into how performance is influenced by the sport specific environment. During tournaments, discrete experiences of players while performing a putt were collected for several rounds at one green. Using the ISOPAR method (Stöckl et al., 2011) all the single experiences of one round of the different players were transformed into a continuous average experience of the field across the whole green. Based on ISOPAR maps we can visualize the affordances and constraints which influenced the field's play. According to the number and the arrangement of the iso-lines on the ISOPAR maps we can identify areas on the green where the play of the field was constrained heavily by gradients on the green's surface and/or distance to the cup. [ABSTRACT FROM AUTHOR]

Published
2011

33. Examination of the reliability of an inertial sensor-based gait analysis system.

Author

Orlowski K, Eckardt F, Herold F, Aye N, Edelmann-Nusser J, and Witte K

Subjects
Biomechanical Phenomena, Humans, Motion, Reproducibility of Results, Software, Gait
Abstract

Gait analysis is an important and useful part of the daily therapeutic routine. InvestiGAIT, an inertial sensor-based system, was developed for using in different research projects with a changing number and position of sensors and because commercial systems do not capture the motion of the upper body. The current study is designed to evaluate the reliability of InvestiGAIT consisting of four off-the-shelf inertial sensors and in-house capturing and analysis software. Besides the determination of standard gait parameters, the motion of the upper body (pelvis and spine) can be investigated. Kinematic data of 25 healthy individuals (age: 25.6±3.3 years) were collected using a test-retest design with 1 week between measurement sessions. We calculated different parameters for absolute [e.g. limits of agreement (LoA)] and relative reliability [intraclass correlation coefficients (ICC)]. Our results show excellent ICC values for most of the gait parameters. Midswing height (MH), height difference (HD) of initial contact (IC) and terminal contact (TC) and stride length (SL) are the gait parameters, which did not exhibit acceptable values representing absolute reliability. Moreover, the parameters derived from the motion of the upper body (pelvis and spine) show excellent ICC values or high correlations. Our results indicate that InvestiGAIT is suitable for reliable measurement of almost all the considered gait parameters.

Published
2017
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