Mathematical Methods, Modelling and Applications (MDPI - Multidisciplinary Digital Publishing Institute, 2022)
Keywords: advection-diffusion; analytic network process (ANP); areal porosity; ARIMA model; circular membrane; climate change; closed-form solution; collocation; competitive balance; conservative formulation; contagion effect; contamination plume; convergence; convergence of models; corrugated box printing machine; courtyard; diabetic retinopathy; difference equation; differential equations; differential-integral equations; Dirichlet-to-Neumann map; divided difference operator; dynamical plane; elections; equations of motion in gravitational theory; finite degree of randomness; finite volume scheme; fluid-structure interaction; fractal area-volume relationship; fractal conductivity model; Gillespie algorithm; Hermite interpolation; highly oscillatory; image processing; incomplete rankings; infiltration well; integro-interpolation method; ionospheric parameters; iterative method; joint probability; Kendall’s tau; kinematics of a particle; labor condition; laser coagulation; machine learning; mathematical compartmental discrete model; mathematical modeling; Mathematics and Science; matrix exponential; matrix functions; matrix hyperbolic tangent; matrix polynomial evaluation; maximum entropy principle; microclimate; modified Delphi method; monte carlo method; multidimensional fragmentation equation; n/a; neural network NARX; nodal systems; nonlinear problems in mechanics; nonlinear system; numerical integration; numerical methods; numerical simulation; ocular fundus; optical coherence tomography; parameter plane; permutation graph; political corruption; porous medium; power series method; probability density function; random finite difference scheme; random hyperbolic model; random laplace transform; random mean square parabolic model; random nonlinear oscillator; Reference, Information and Interdisciplinary subjects; relativistic harmonic oscillator; Research and information: general; revolving doors; safe treatment; Schrödinger operator; segmentation; sensitivity analysis; simulation; special relativity; splitting method; Spotify; stability; standard deviation of the error; stationary Gaussian noise; stochastic modeling; stochastic perturbations; supplier; Support Vector Regression (SVR); talbot algorithm; Taylor series; time series model