It is well-known that the inverse heat problems (IHP) are ill-posed such that we encounter to
some difficulties in the numerical techniques. In the current article, a numerical technique …

For many years, infectious disease modelers have used agent-based models to study the
spread of viruses, but the models were too computationally intensive to fully replicate even …

Pressure pulse telemetry as a novel and effective method of communication has received
more and more attention in the field of separate layer water injection for the intelligent …

This paper studies an artificial neural network (ANN) for multi-asset European options.
Firstly, a simple three-layer ANN-3 is established with undetermined weights and bias …

Generalization of the finite-difference scheme for solving a class of nonlinear boundary
layers problems proposed here is based on radial basis function and three-point compact …

Multiquadric radial basis functions combined with compact discretization to estimate
solutions of two dimensions nonlinear elliptic type partial differential equations are …

This paper introduces an innovative approach for addressing the Poisson equation in simply
and doubly connected 3D domains with irregular surfaces, which has significant implications …

In this work, a forward-backward time fractional heat equation is introduced for the first time.
A non-overlapping domain decomposition procedure with a finite difference scheme is used …

This study is specially designed to solve the forward-backward heat equation in two
dimension to make use of thin plate splines and finite difference method. It should be noted …

For many years, infectious disease modelers have used agent-based models to study the
spread of viruses, but the models were too computationally intensive to fully replicate even …