Towards Virtual Prototyping of Electrically Active Implants Using SystemC-AMS
Conference: MBMV 2020 – Methoden und Beschreibungssprachen zur Modellierung und Verifikation von Schaltungen und Systemen - GMM/ITG/GI-Workshop
03/19/2020 - 03/20/2020 at Stuttgart, Deutschland
Proceedings: GMM-Fb. 96: MBMV 2020
Pages: 8Language: englishTyp: PDF
Heller, Jakob; Niemann, Christoph; Plocksties, Franz; Haubelt, Christian; Timmermann, Dirk (Institute of Applied Microelectronics and Computer Engineering, University of Rostock, 18051 Rostock, Germany)
Deep Brain Stimulation is an indispensable therapy option for severe neurodegenerative diseases like parkinson. However, the lack of understanding of the functional principle hinders an optimal clinical application. Therefore, basic research in animal models is crucial. For the development of neurostimulators in rodents, physical prototyping alone is not feasible anymore due to the growing complexity and necessary optimization of the overall implants. However, there is no scientific approach for virtual prototyping of neurostimulators. This work proposes a power model for a developed neurostimulator, based on a time continuous battery model and power-state-machines. The model was implemented in SystemC and SystemC-AMS and validated against measurements. The model helped us understand and find power optimal working points of the implant and thus achieve a runtime gain of 44% with a given battery. Consequently, this work shows that we can use virtual prototyping in SystemC-AMS to aid design decisions for future implant versions.