Autor: Simon, Perikles / Organisationseinheit: FB 08 Physik, Mathematik und Informatik - Universitätsbibliographie Suchergebnisse

Neu anfangen Autor Simon, Perikles Organisationseinheit FB 08 Physik, Mathematik und Informatik

1. The PerPot simulated anaerobic threshold : a comparison to typical lactate-based thresholds

Autoren:: Endler, Stefan; Hoffmann, Sabine; Sterzing, Björn; Simon, Perikles; Pfeiffer, Mark
Veröffentlichungsdatum:: 2017
Typ:: Zeitschriftenaufsatz

2. Acute physiological responses to a pyramidal exercise protocol and the associations with skin temperature variation in different body areas

Autoren:: Hillen, Barlo; Lopez, Daniel Andres; Marzano-Felisatti, Joaquin Martin; Sanchez-Jimenez, Jose Luis; de Anda, Rosa Maria Cibrian Ortiz; Nagle, Markus; Salvador-Palmer, Maria Rosario; Perez-Soriano, Pedro; Schomer, Elmar; Simon, Perikles; Priego-Quesada, Jose Ignacio
Veröffentlichungsdatum:: 2023
Typ:: Zeitschriftenaufsatz

3. Towards Exercise Radiomics: Deep Neural Network-Based Automatic Analysis of Thermal Images Captured During Exercise.

Autoren:: Hillen, Barlo; Lopez, Daniel Andres; Schoemer, Elmar; Naegele, Markus; Simon, Perikles
Veröffentlichungsdatum:: 2022
Typ:: Zeitschriftenaufsatz

4. An exploratory, intra- and interindividual comparison of the deep neural network automatically measured calf surface radiation temperature during cardiopulmonary running and cycling exercise testing: A preliminary study

Autoren:: Hillen, Barlo; Lopez, Daniel Andres; Pfirrmann, Daniel; Neuberger, Elmo W; Mertinat, Katrin; Nagele, Markus; Schomer, Elmar; Simon, Perikles
Veröffentlichungsdatum:: 2023
Typ:: Zeitschriftenaufsatz

5. Presentation | Improved deep neural network-driven automatic segmentation of skin’s thermal radiation in moving posterior legs during cardiopulmonary exercise testing for time series data analysis

Autoren:: Andrés López, Daniel; Hillen, Barlo; Simon, Perikles; Schömer, Elmar
Editoren:: Kiadó, Akadémiai
Veröffentlichungsdatum:: 2023
Typ:: Konferenzbeitrag

6. Presentation | Deep learning based segmentation of uncovered body parts in thermal images during dynamic exercise

Autoren:: Andrés López, Daniel; Hillen, Barlo; Simon, Perikles; Schömer, Elmar
Veröffentlichungsdatum:: 2020
Typ:: Konferenzbeitrag

7. Presentation | Thermonet: Automatic Segmentation of Blood Vessel Patterns detected by Infrared Thermography during dynamic Exercise

Autoren:: Andrés López, Daniel; Hillen, Barlo; Simon, Perikles; Schömer, Elmar
Editoren:: Dela, F; Müller, E; Tsolakidis, E
Veröffentlichungsdatum:: 2020
Typ:: Konferenzbeitrag