Motor timing and more--additional options using advanced registration and evaluation of tapping data.

摘要: Motor coordination in multi-tasking situations is relevant to everyday life, since numerous daily activities require the performance of more than one task simultaneously. Investigations into this topic often use dual-task experiments like bimanual tapping, with different instructions for right and left hands, such as tap repetitively index finger at a given frequency concurrently execute single response go signal finger. A basic experimental set-up tapping consists only pace generator ground contact sensors micro switches observation motor action. Evaluation binary on-off signals provided by these quite simple, but amount information obtained also limited. This paper presents novel design high-resolution recording complete time course continuous movements. The evaluation procedures required biomechanical EMG data are described. latter based on sophisticated maximum-likelihood techniques, which an example progress research using advanced biosignal processing.