The ability of distinct anatomical circuits to generate multiple behavioral patterns is
widespread among vertebrate and invertebrate species. These multifunctional neuronal …

In order to maintain brain function, neural activity needs to be tightly coordinated within the
brain network. How this coordination is achieved and related to behavior is largely unknown …

Dynamical modeling of nervous systems is of fundamental importance in many scientific
fields containing the topics relative to computational neuroscience and biophysics. Many …

Temperature has distinct impact on the activation of neural activities by adjusting the
excitability and channel conductance. Some biological neurons can percept slight changes …

Neural networks have proven effective for solving many difficult computational problems, yet
implementing complex neural networks in software is computationally expensive. To explore …

In this work, we present a dynamic simulation of an earthworm-like robot moving in a pipe
with radially symmetric Coulomb friction contact. Under these conditions, peristaltic …

Timing and dynamics of information in the brain is a hot field in modern neuroscience. The
analysis of the temporal evolution of brain information is crucially important for the …

The survival and occurrence of chaos are much dependent on the intrinsic nonlinearity and
parameters region for deterministic nonlinear systems, which are often represented by …

Today, based on brain imaging analyses, we can consider the brilliant metaphor about
event discreteness of the conscious process by William James (1890) to be an experimental …

Recent results of imaging technologies and non-linear dynamics make possible to relate the
structure and dynamics of functional brain networks to different mental tasks and to build …