In this paper, new effective technique for investigation of the higher order differential equation
(
) 
is established. We offer new criteria for excluding certain types of nonoscillatory solutions which improve all existing results from the literature. Examples are provided to illustrate the importance of the main results.
| Author(s) | Baculìková, B., Džurina, J. |
|---|---|
| DOI | https://doi.org/10.37193/CJM.2024.01.02 |
Approximate Solutions for Multi-Objective Optimization Problems via Scalarizing and Nonscalarizing Methods
A product of strongly quasi-nonexpansive mappings in Hadamard spaces
Inertial viscosity fixed point algorithms for monotone inclusion, convex minimization, and image restoration problems
Holderian Stability for Parametric Optimization Models and Applications
A Novel Fixed-Point Based Two-Step Inertial Algorithm for Convex Bilevel Optimization in Deep Learning Data Classification
Double-step inertial algorithms for equilibrium and fixed point problems in Hilbert spaces
Accelerated forward-backward algorithm based on inertial and correction terms with linesearch for solving convex minimization problem and its application
A Dual-Projective Double Inertial Forward-Backward Splitting Algorithm for Variational Inclusion Problems with Applications to External Validation in Breast Cancer Diagnosis
Efficient Large-Scale Classification with Linex Least Square Twin Bounded Support Vector Machine
Classifying compressive strength of clay bricks using an inertial projected forward-backward algorithm
