Theory of memory transfer and consolidation in motor learning

为了了解小脑运动学习中记忆迁移现象的神经机制，我们建立了一个视动反应眼动增益适应的大规模小脑计算模型，并将其作为记忆迁移现象的实验范式。我们在一份国际期刊上发表了一篇论文。我们研究了苔藓状纤维-前庭核细胞突触的学习规律，以展示稳健的记忆转移现象，发现Bienenstock-Cooper-Munro(BCM)规则是一个候选规则。我们还报道了BCM规则足以重现运动学习中的间隔效应。

To understand the neural mechanism of memory transfer phenomenon found in cerebellar motor learning, we built a large-scale computational model of the cerebellum for gain adaptataion of optokinetic response eye movments, which is used as an experimental paradigm for memory transfer phenomenon. We published a paper in an international journal. We studied the learning rule for mossy fiber-vestibular nuclear cell synapses to demonstrate robust memory transfer phenomenon, and found that Bienenstock-Cooper-Munro(BCM) rule is a candidate. We also reported that BCM rule is sufficient to reproduce the spacing effect in motor learning.