There has been increasing interest in the measurement and comparison of activity across
compartments of the pyramidal neuron. Dendritic activity can occur both locally, on a single …

Distributed edge computing platforms are of great significance for the implementation of
brain-like computing research. Due to the limited power consumption and real-time …

Nowadays, explosive synchronization is a well-documented phenomenon consisting in a
first-order transition that may coexist with classical synchronization. Typically, explosive …

Advances in neuronal studies suggest that a single neuron can perform integration functions
previously associated only with neuronal networks. Here, we proposed a dendritic …

Basal dendrites of layer 5 cortical pyramidal neurons exhibit Na+ and NMDAR spikes, and
are uniquely poised to influence somatic output. Nevertheless, due to technical limitations …

There is a lively debate on how many functional units exist within the dendritic tree of
pyramidal neurons (PNs). The classical view that the PN's dendritic tree comprises several …

The introduction of the tripartite synapse and the discovery of calcium wave propagation
motivated our research to explore the potential of astrocytes as active components in brain …

In this thesis, we define and build a network architecture termed the “multinomial machine”
with types of reusable blocks. With computational experiments, we demonstrate that with a …

Understanding how a neuron integrates the large number of synaptic inputs across its
dendritic arbour is critical to understand neural computations. The central nervous system …