Real-time implementation of the Purkinje network on digital neuromorphic system

The Purkinje cells are vital nucleus responsible for the neural information processing in cerebellar network, which is important for human motor control. Digital neuromorphic implementation is a promising field, which uses spiking neural network to realize brain-inspired computation. In this study, a Purkinje network is implemented on a digital neuromorphic system LaCSNN. A set of efficient implementation methods are provided, and the firing dynamics can be regenerated in real time. The application of biologically inspired control is also discussed. The presented work is an important work towards the implementation of large-scale human brain network, and can be applied in various fields of real-time control area.