Rectus femoris electromyography signal clustering: Data-driven management of crouch gait in patients with cerebral palsy von Davoudi, Mehrdad, Salami, Firooz, Reisig, Robert, Patikas, Dimitrios A, Wolf, Sebastian I

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Identification and interpretation of gait analysis features and foot conditions by explainable AI von Özateş, Mustafa Erkam, Yaman, Alper, Salami, Firooz, Campos, Sarah, Wolf, Sebastian I., Schneider, Urs

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Evaluating the relationship between muscle activities and joint moments during walking through a simple model von Salami, Firooz, Davoudi, Mehrdad, Wolf, Sebastian I.

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How does the functionally determined joint center location between the forefoot and hindfoot differ in flatfeet compared to reference feet? von Campos, Sarah, Salami, Firooz, Wolf, Sebastian I.

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In vitro evaluation of a method to locate bony structures using freehand 3DUS von Leboucher, Julien, Salami, Firooz, Wolf, Sebastian Immanuel

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In silico validation of a bone tracking method using freehand 3D ultrasound von Leboucher, Julien, Salami, Firooz, Wolf, Sebastian Immanuel

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How does Gluteus Medius Electromyography Signal Clustering improve management of Duchenne gait in patients with Cerebral Palsy? von Davoudi, Mehrdad, Salami, Firooz, Reisig, Robert, Wolf, Sebastian

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Assessing the status of EMG in therapy management for patients with Cerebral Palsy through a Delphi Process von Reisig, Robert, Davoudi, Mehrdad, Salami, Firooz, Wolf, Sebastian

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Rectus femoris EMG clustering, A data-driven management of crouch gait in patients with cerebral palsy (CP) von Davoudi, Mehrdad, Salami, Firooz, Reisig, Robert, Wolf, Sebastian I.

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Modeling the foot-ground interaction during walking using foot rockers and functional calibration algorithms von Salami, Firooz, Campos, Sarah, Goetze, Marco, Wolf, Sebastian I.

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A Delphi Process is being applied to objectify the systematic use of EMG in therapy of Cerebral Palsy von Reisig, Robert, Davoudi, Mehrdad, Götze, Marco, Salami, Firooz, Wolf, Sebastian

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The role of functional knee axis calibration in the presence of rotational malalignment in the lower limbs von Musagara, Arik Rehani, Salami, Firooz, Götze, Marco, Gather, Katharina, Wolf, Sebastian

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Assessment the feasibility of an AI model predicting lower extremity joint moments during walking in patients with cerebral palsy von Salami, Firooz, Ozates, Mustafa Erkam, Arslan, Yunus Ziya, Wolf, Sebastian Immanuel

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Optimizing clinical outcomes: Modeling individual muscle force responses to Achilles tendon lengthening surgery using tendon forces quantified in vivo von Keles, Cemre Su Kaya, Salami, Firooz, Wolf, Sebastian I., Ates, Filiz

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Machine learning approaches for predicting Ankle Dorsi Plantar Moments in Cerebral Palsy gait analysis: A comparative study von Özates, Mustafa Erkam, Salami, Firooz, Wolf, Sebastian I., Arslan, Yunus Ziya

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Modeling foot rockers via functional calibration for use in clinical gait analysis von Salami, Firooz, Campos, Sarah, Musagara, Arik Rehani, Wolf, Sebastian I.

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Functional knee joint axis calibration and outcome after femoral derotation in patients with cerebral palsy von Musagara, Arik Rehani, Salami, Firooz, Götze, Marco, Wolf, Sebastian I

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Differences in center of pressure trajectory between normal and steppage gait von Jamshidi, Nima, Rostami, Mostafa, Najarian, Siamak, Menhaj, Mohammad Bagher, Saadatnia, Mohammad, Salami, Firooz

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Patellar Tendon Advancement for the Treatment of Crouch Gait in Patients with Cerebral Palsy von Karabulut, Derya, Arslan, Yunus Ziya, Salami, Firooz, Wolf, Sebastian I., Götze, Marco

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Are we overestimating internal rotation gait by conventional modelling? von Musagara, Arik Rehani, Salami, Firooz, Götze, Marco, Wolf, Sebastian Immanuel

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