Difference between revisions of "Main Page"
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* [[RoboTrainer-Lift]] - Experimental partial-weight-bearing device | * [[RoboTrainer-Lift]] - Experimental partial-weight-bearing device | ||
| − | = Current student | + | = Current student activity (Spring 2018) = |
*[[Becky_2018|Flexible High-Performance Hardware Framework for Modular Experimental Robotics]] <br> Becky Steckhahn-Strohmer (40 ECTS Master thesis - Embedded) | *[[Becky_2018|Flexible High-Performance Hardware Framework for Modular Experimental Robotics]] <br> Becky Steckhahn-Strohmer (40 ECTS Master thesis - Embedded) | ||
*[[Jackline_F2018|Computer-generated music elements for biofeedback in physical training]] <br> Jackline Bamdeg (Bachelor thesis - Veltek) | *[[Jackline_F2018|Computer-generated music elements for biofeedback in physical training]] <br> Jackline Bamdeg (Bachelor thesis - Veltek) | ||
*[[Marlene_Troels_F2018|Training assessment and optimization using RoboTrainer and EEG]] <br> Marlene Hammer Jeppesen & Troels Bregendahl-Rafn (Bachelor Thesis - Robotics) | *[[Marlene_Troels_F2018|Training assessment and optimization using RoboTrainer and EEG]] <br> Marlene Hammer Jeppesen & Troels Bregendahl-Rafn (Bachelor Thesis - Robotics) | ||
| − | *[[Christian_Lasse_F2018|RoboTrainer - Strength enhancement by variation of resistance]] <br> Christian Castor von Spreckelsen & Lasse Hassel-Pflugh (Bachelor thesis Veltek) | + | *[[Christian_Lasse_F2018|RoboTrainer - Strength enhancement by variation of resistance]] <br> Christian Castor von Spreckelsen & Lasse Hassel-Pflugh (Bachelor thesis - Veltek) |
*[[Asger_Jens_F2018|Examination of eg. quadriceps activation during eg. squats using Robotrainer light compared to regular squats for the training of astronauts in weightless condition]] <br> Asger Bech Nybo & Jens Hesel Møller (Bachelor thesis - Veltek) | *[[Asger_Jens_F2018|Examination of eg. quadriceps activation during eg. squats using Robotrainer light compared to regular squats for the training of astronauts in weightless condition]] <br> Asger Bech Nybo & Jens Hesel Møller (Bachelor thesis - Veltek) | ||
| + | *[[Ellen_Ramlo_F2018|Q-sensor (find formal title)]] <br> Ramlo Abdulkadir Mohamed & Ellen Saaby Lorenzen (5ECTS studieaktivitet - Veltek) | ||
| + | *[[Cecilie_Cecilie_F2018|Social Embodied Interaction Analysis (find formal title)]] <br> Cecilie Falden & Cecilie Wang Justesen (5ECTS studieaktivitet - Veltek) | ||
= Former projects = | = Former projects = | ||
Revision as of 10:54, 6 February 2018
SDU Training Technology Lab Wiki
This an open Wiki is used for communication and coordination of activities related to the Training Technology Lab.
Writing and editing requires a login. Please contact Anders Stengaard, Anders Bøgild or Claes Jacobsen for access.
Projects
- RoboTrainer-One - Robot training from hospitals to the Space station.
- RoboTrainer-Lift - Experimental partial-weight-bearing device
Current student activity (Spring 2018)
- Flexible High-Performance Hardware Framework for Modular Experimental Robotics
Becky Steckhahn-Strohmer (40 ECTS Master thesis - Embedded) - Computer-generated music elements for biofeedback in physical training
Jackline Bamdeg (Bachelor thesis - Veltek) - Training assessment and optimization using RoboTrainer and EEG
Marlene Hammer Jeppesen & Troels Bregendahl-Rafn (Bachelor Thesis - Robotics) - RoboTrainer - Strength enhancement by variation of resistance
Christian Castor von Spreckelsen & Lasse Hassel-Pflugh (Bachelor thesis - Veltek) - Examination of eg. quadriceps activation during eg. squats using Robotrainer light compared to regular squats for the training of astronauts in weightless condition
Asger Bech Nybo & Jens Hesel Møller (Bachelor thesis - Veltek) - Q-sensor (find formal title)
Ramlo Abdulkadir Mohamed & Ellen Saaby Lorenzen (5ECTS studieaktivitet - Veltek) - Social Embodied Interaction Analysis (find formal title)
Cecilie Falden & Cecilie Wang Justesen (5ECTS studieaktivitet - Veltek)
