Aim at the problems that the inputs and outputs of some practical nonlinear systems are Continuous time signals, we brought forward a Continuous process neuron and process neural networks model. The input and output of the defined process neuron are Continuous time functions, and the space-time aggregation operation can reflect the space aggregation of the input signals and the time cumulative effect in the process of input at the same time, and can also realize the nonlinear real-time mapping between the input and output. A Continuous feedforward process neural networks model is given in this paper, and the corresponding property theorems are also proved, including continuity, function approximation ability and computational capacity.EI010...
A class of process neural network model with two hidden-layer based on expansion of basis function i...
Neural ordinary differential equations (ODEs) have attracted much attention as continuous-time count...
This paper is concerned with the modeling and controlling of processes with output dynamic nonlinear...
In order to solve the problems in real systems where inputs and outputs are time-varied continuous f...
Aimed at the information process problem that the system inputs are multivariate process functions a...
One of the central questions in neuroscience is how neurons and neuron populations communicate with ...
Our goal here is to describe elementary tools allowing to translate collective behavior of large neu...
The fundamental property of feedforward neural networks - parsimonious approximation - makes them ex...
Motivated partly by the resurgence of neural computation research, and partly by advances in device ...
A feedback process neural network model based on weight function base expansion is put forward. Stru...
Aimed at the pattern classification and the system-modelling problem with complex time-varying signa...
Abstract We introduce a formal theoretical background, which includes theorems and their proofs, for...
A continuous-time neural model for sequential A continuous-time neural model for carry out sequentia...
AbstractIn mathematical modeling, very often discrete-time (DT) models are taken from, or can be vie...
We discuss advantages and disadvantages of temporally continuous neural networks in contrast to cloc...
A class of process neural network model with two hidden-layer based on expansion of basis function i...
Neural ordinary differential equations (ODEs) have attracted much attention as continuous-time count...
This paper is concerned with the modeling and controlling of processes with output dynamic nonlinear...
In order to solve the problems in real systems where inputs and outputs are time-varied continuous f...
Aimed at the information process problem that the system inputs are multivariate process functions a...
One of the central questions in neuroscience is how neurons and neuron populations communicate with ...
Our goal here is to describe elementary tools allowing to translate collective behavior of large neu...
The fundamental property of feedforward neural networks - parsimonious approximation - makes them ex...
Motivated partly by the resurgence of neural computation research, and partly by advances in device ...
A feedback process neural network model based on weight function base expansion is put forward. Stru...
Aimed at the pattern classification and the system-modelling problem with complex time-varying signa...
Abstract We introduce a formal theoretical background, which includes theorems and their proofs, for...
A continuous-time neural model for sequential A continuous-time neural model for carry out sequentia...
AbstractIn mathematical modeling, very often discrete-time (DT) models are taken from, or can be vie...
We discuss advantages and disadvantages of temporally continuous neural networks in contrast to cloc...
A class of process neural network model with two hidden-layer based on expansion of basis function i...
Neural ordinary differential equations (ODEs) have attracted much attention as continuous-time count...
This paper is concerned with the modeling and controlling of processes with output dynamic nonlinear...