In a human-robot collaboration scenario, human motion behavior modeling and analysis may be a new human-centered approach for designing a task, e.g., jointly handling an object. The latent space control approach is being investigated in the HiSMoT project to research an alternative to frame-based control methods using space constraints.
This master thesis aims to extend the current approaches developed by the team and further research on how to improve latent space-based control. For further details, please contact us at the following address.
Ansprechpartner: | Tadele Belay Tuli, Dr.-Ing. |
Telefon: | +49 271 740 - 2266 |
E-Mail: | tadele-belay.tuli@uni-siegen.de |
Or
Ansprechpartner: | Raza Saeed, M.Sc., Ph.D. |
Telefon: | +49 271 740 - 5206 |
E-Mail: | raza.saeed@uni-siegen.de |
In a human-robot collaboration scenario, human motion behavior modeling and analysis may be a new human-centered approach for designing a task, e.g., jointly handling an object. The latent space control approach is being investigated in the HiSMoT project to research an alternative to frame-based control methods using space constraints.
This master thesis aims to extend the current approaches developed by the team and further research on how to improve latent space-based control. For further details, please contact us at the following address.
Ansprechpartner: | Tadele Belay Tuli, Dr.-Ing. |
Telefon: | +49 271 740 - 2266 |
E-Mail: | tadele-belay.tuli@uni-siegen.de |
Or
Ansprechpartner: | Raza Saeed, M.Sc., Ph.D. |
Telefon: | +49 271 740 - 5206 |
E-Mail: | raza.saeed@uni-siegen.de |