Keyphrases
Large Deviation Principle
30%
Rate Function
28%
Limit Cycle
28%
Asymptotic Description
27%
Stochastic Hybrid Systems
27%
Phase Reduction
25%
Empirical Measure
19%
Variational Methods
19%
Stochastic Neural Networks
18%
Biochemical Oscillators
18%
Neuron Network
18%
Postsynaptic Density Protein 95 (PSD-95)
18%
Stochastic Differential Equations
18%
Asymptotic Law
15%
Number of Neurons
15%
Law
15%
Limit Cycle Oscillator
15%
Ordinary Differential Equations
15%
Neural Field Equations
13%
Stationary Pattern
13%
Stochastic Limit Cycle
13%
Leading Order
13%
Diffusion Process
13%
Markov Jump Process
12%
Internal Dynamics
11%
Oscillation
11%
Switching Environments
10%
Phase Equation
10%
Fast Switching
10%
Interacting Neurons
9%
Stochastic Travelling Waves
9%
Extrinsic Noise
9%
Nonlinear Coupling Term
9%
Limit Laws
9%
Limit Cycle Oscillation
9%
Propagation of Chaos
9%
Wilson-Cowan
9%
Mean-field Dynamics
9%
Stochastic Neural Field
9%
Cellular Neuroscience
9%
Effective Brain Connectivity
9%
Activity Correlation
9%
Rotating Wave
9%
Stationary Gaussian Process
9%
Spatially Extended Noise
9%
Wave Oscillation
9%
Isometry
9%
Mean Field Spin Glasses
9%
Empirical Process
9%
Uniform Propagation of Chaos
9%
Mathematics
Stochastics
100%
Limit Cycle
43%
Asymptotics
33%
Large Deviation Principle
30%
Neural Network
27%
Rate Function
25%
Variational Method
20%
Ordinary Differential Equation
18%
Diffusion Process
18%
Stochastic Differential Equation
18%
Synaptic Weight
15%
Field Equation
13%
Gaussian Distribution
12%
Markov Jump Process
12%
Probability Theory
11%
Traveling Wave
11%
Exp
9%
Uniform Estimate
9%
Infinitesimal Generator
9%
Neuronal Network
9%
Dominates
9%
Stationary Gaussian Process
9%
Spherical Geometry
9%
Synaptic Connection
9%
Empirical Process
9%
Relative Entropy
9%
Nonlinear Elasticity
9%
Marginals
9%
Spectral Density
9%
Multiplicative
9%
Variational Approach
9%
Boundary Layer
9%
Error Term
9%
System Size
9%
Gaussian Measure
7%
Chemical Reaction Networks
6%
Local Geometry
6%
Markov Process
6%
Random Variable
6%
Partial Differential Equation
5%
Analytic Expression
5%
Variational Principle
5%
Reduction Method
5%
Approximates
5%
Engineering
Limit Cycle
31%
Leading Order
18%
Buckling
18%
Biochemicals
18%
Stable Limit Cycle
14%
Phase Difference
13%
Perturbation Expansion
11%
Reaction Network
11%
Similarities
9%
Spherical Geometry
9%
State Approximation
9%
Lyapunov Exponent
9%
Stationary Gaussian Process
9%
Quasi Steady State
9%
Layer Analysis
9%
Size System
9%
Stochastic Hybrid System
9%
Brain Activity
9%
Boundary Layer
9%
Phase Dynamic
5%
Linear Stability Analysis
5%
