Seminars and Laboratory Lessons: differenze tra le versioni
Da Bioingegneria Elettronica e Informatica.
| Riga 30: | Riga 30: | ||
== Lab 4 Unity 3D : Virtual Reality for Assessment == | == Lab 4 Unity 3D : Virtual Reality for Assessment == | ||
| + | [https://en.wikipedia.org/wiki/Unity_(game_engine) wiki UNITY] | ||
== Lab 5 Unity 3D : Virtual Reality for Rehabilitation == | == Lab 5 Unity 3D : Virtual Reality for Rehabilitation == | ||
Versione delle 22:20, 18 mar 2019
Indice
- 1 Seminar 1 05.13.2019 Analysis of Movement and Risk Assessment at Work
- 2 Seminar 2 05.14.2019 Domotic and Virtual Reality Stimuli
- 3 Seminar 3 05.20.2019 Interaction in Neonatologist Unit
- 4 Seminar 4 05.21.2019 Rehabilitation Bioengineering
- 5 Lab 1 Matlab : Data Processing
- 6 Lab 2 Matlab : Data Visualization
- 7 Lab 3 Matlab : Signal Processing with Simulink
- 8 Lab 4 Unity 3D : Virtual Reality for Assessment
- 9 Lab 5 Unity 3D : Virtual Reality for Rehabilitation
Seminar 1 05.13.2019 Analysis of Movement and Risk Assessment at Work
Dott. Francesco Draicchio, Responsabile del Laboratorio di Ergonomia e Fisiologia del Dipartimento di Medicina, Epidemiologia, Igiene del Lavoro e Ambientale (Dimeila) dell’ INAIL
Seminar 2 05.14.2019 Domotic and Virtual Reality Stimuli
Prof.ssa Marina de Tommaso
Seminar 3 05.20.2019 Interaction in Neonatologist Unit
Dott.ssa Flavia Petrillo
Neonatologist - Di Venere Hospital
Seminar 4 05.21.2019 Rehabilitation Bioengineering
Prof. Stefano Mazzoleni - Istituto di BioRobotica - Scuola Superiore Sant' Anna di Pisa
Laboratory of Rehabilitation Bioengineering
Lab 1 Matlab : Data Processing
- Lab 1. Descriptive Statistics. Maximum Likelihood Estimation. Expectation-Maximization Download Material
