Yamanishi J, Kawato M, Suzuki R
Biol Cybern. 1979 Aug;33(4):199-208. doi: 10.1007/BF00337409.
The human finger tapping was studied psychologically by the phase transition curves. We assumed that some oscillatory neural network controls the tapping. One of our future works on the human finger tapping is to devise a method to change the magnitude of perturbation continuously in phase resetting experiments of a constant tapping interval with a same kind of task. If this is achieved, we can obtain a phase transition surface (i.e. the new phase as a function of the old phase and the magnitude of perturbation). From the shape of a phase transition surface, the intrinsic properties of the oscillatory network which controls the tapping can be studied (Kawato et al., 1978).
通过相变曲线对人类手指敲击进行了心理学研究。我们假设某种振荡神经网络控制着敲击。我们未来在人类手指敲击方面的工作之一是设计一种方法，在具有相同类型任务的恒定敲击间隔的相位重置实验中连续改变扰动的大小。如果实现了这一点，我们就可以获得一个相变表面（即作为旧相位和扰动大小的函数的新相位）。根据相变表面的形状，可以研究控制敲击的振荡网络的内在特性（河本等人，1978年）。
