It is important to measure the dexterous finger
movements for piano education. But there are some problems to
measure accurately of finger movements with angular position
due to the complex finger bones construction. In this research,
the complex and soft hand movements of a professional pianist
were observed using different melodious music as an example,
though it can measure any types of finger movements using
magnetic motion capture (MoCap) system. The system can
measure the complex finger movements with six degrees of
freedom (6DOF). From the measured data, we calculated the
finger height in space while playing the piano. We have
investigated the hand/fingers status during playing the piano.
The knowledge of finger movements of an expert pianist is
useful for the skill learning. The data and knowledge of finger
movements can be applicable in various fields where dexterous
movements are essentials such as piano, computer typing,
writing, different games etc.
It is important to measure the dexterous finger
movements for piano education. But there are some problems to
measure accurately of finger movements with angular position
due to the complex finger bones construction. In this research,
the complex and soft hand movements of a professional pianist
were observed using different melodious music as an example,
though it can measure any types of finger movements using
magnetic motion capture (MoCap) system. The system can
measure the complex finger movements with six degrees of
freedom (6DOF). From the measured data, we calculated the
finger height in space while playing the piano. We have
investigated the hand/fingers status during playing the piano.
The knowledge of finger movements of an expert pianist is
useful for the skill learning. The data and knowledge of finger
movements can be applicable in various fields where dexterous
movements are essentials such as piano, computer typing,
writing, different games etc.
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