摘要:AbstractIn a context where electroencephalography (EEG) is largely used for brain studies, this paper focuses on the dynamics of the measurement process itself by means of a so-called phantom EEG device developed in a former study. A model is proposed in order to better understand the physical properties of each part of the measurement chain separately, with the purpose of helping for a better recovery of neuronal activity. The model structure is based on a physical analysis, and parametric identification is used in combination with it to estimate all the underlying physical components. Numerical results are provided based on experimental data.
关键词:KeywordsElectroencephalography (EEG) measurement chainphantom EEGelectrode/electrolyte interfacenon integer order modelmodelingidentification