Secondments

3 months [ Task 1.2 ]

Staff Member ID 10, ESR, Hannes OPPERMANN, TUIL to BI, secondment planned for M15-M16-M17, secondment postponed and implemented in M18-M19-M20. Focus on: requirements for the dry electrode design of the EMBRACE system; validation measurement of first prototypes of individual electrodes and caps at BI in cooperation with UCM.

3 months [ Tasks 1.3 and 1.4 ]

Staff Member ID 11, ER, Alexander HUNOLD, secondment planned for M27-M28-M29, secondment anticipated and implemented in M18-M19-M20. Focus on: requirements engineering of the novel head phantoms for cap and electrode verification; feedback on application-related aspects of cap usage and fitting.

1 month [ Task 1.1 ]

Staff Member ID 2, ER, Maurizio BERTOLLO, secondment planned for M16, secondment postponed and implemented in M18. Focus on: providing expertise in cognitive neuroscience and neuroimaging for the definition of the requirements for the dry sports electrodes during their development.

1 month [ Task 1.1 ]

Staff Member ID 14, ER, Lucia VAQUERO, secondment planned for and implemented in M16. Focus on: providing expertise in cognitive neuroscience and neuroimaging for the definition of the requirements for the dry sports electrodes during their development.

4 months [ Task 2.2 ]

Staff Member ID 23, ER, Emanuele LUBERTO, BTS to TUIL, 4 months, Task 2.2, secondment planned for M14-M15-M16-M17, postponed and implemented for only 3 months in M22-M23-M24) by Staff Member ID 25, ER, Paolo TIBERINI (ID 25). Focus on: learn about the features of the novel dry EEG system in order to define the requirements for the alignment of EEG signals with EMG and kinematic signals during the research and re-engineering phases.

2 months [ Task 2.1 ]

Staff Member ID 5, ESR, Antonio DE FANO, secondment planned for and implemented in M15-M16. Focus on: contribution to the definition of the requirements for the EEG system for sports science applications.

3 months [ Task 3.1 ]

Staff Member ID 24, ER, Marta Francisca CORRÀ, secondment planned for M14-M15-M16, postponed and implemented for 4 months in M22-M23-M24-M25. Focus on: implementing methods for removing motion-related artefacts from EMG and kinematic data.

4 months [ Task 3.4 ]

Staff Member ID 6, ER, Gabriella TAMBURRO, secondment planned for and implemented in M16-M17-M18-M19. Focus on: learning on data mining methods for multimodal big data analysis and developing efficient methods for a dyadic Network Physiology approach.

4 months [ Task 3.2 ]

Staff Member ID 7, ER, Pierpaolo CROCE, secondment planned for and implemented in M16-M17-M18-M19. Focus on: defining solutions for combining functional connectivity and microstate analysis in dyadic EEG datasets.

2 months [ Task 3.4 ]

Staff Member ID 9, ER, Patrique FIEDLER, secondment planned for and implemented in M19-M20. Focus on: learning on data mining methods for multimodal big data analysis and developing efficient methods for a dyadic Network Physiology approach.

1 month [ Task 3.2 ]

Staff Member ID 4, ER, Filippo ZAPPASODI, secondment planned for M18 and implemented in two sub-periods of 15 days each in M17-M18. Focus on: defining solutions for combining functional connectivity and microstate analysis in dyadic EEG datasets.

3 months [ Task 4.1 ]

Staff Member ID 8, ER, Jens HAUEISEN, secondment planned for M18-M19-M20 and implemented in M19-M20-M21. Focus on: defining the study paradigm in relation to the simultaneous acquisition of EEG and EMG / kinematic data; received feedback on the electrode and cap requirements for the EMBRACE application.

2 months [ Task 4.1 ]

Staff Member ID 18, ESR, Jesús CABRERA-ALVAREZ, secondment planned for and implemented in M18-M19. Focus on: learning about the novel multimodal alignment system for the design of a new study paradigm that fully exploits the potential of the novel technology.