Real-Time Modeling of Hand Movements on STM32 Using Adaptive Fourier Linear Combiner

In this study, hand movements measured with the help of an accelerometer are modeled in real-time on STM32 F4 hardware using the adaptive Fourier Linear Combiner (FLC) based Least Mean Square (LMS) algorithm. In this context, an interface program is also developed to model acceleration data simultaneously. With the help of the relevant interface program, both the parameters of the FLC-based LMS algorithm are adjusted, and the measurement and modeling outputs are observed simultaneously.