A Note on the Application of Wazewski’s Topological Method to an Integro- Differential Equation of Volterra Type
Journal Title: Scholars Journal of Physics, Mathematics and Statistics - Year 2015, Vol 2, Issue 4
Abstract
The purpose of this note is to generalize the Wazewski’s Topological Method 11, originally stated for ordinary differential equations, to the integro – differential equation of Volterra type (1), under suitable conditions on the functions involved.
Authors and Affiliations
Juan E. Nápoles Valdes, José R. Velázquez C, Luciano M. Lugo Motta Bittencurt, Paulo M. Guzmán
Keywords
Related Articles
- EP ID EP384920
- DOI -
- Views 80
- Downloads 0
Students’ In-take Grade Index (SIGI): A Comparative Tool with CGPA in Determining the Level of Academic Impact during Tertiary Education
Ranking tertiary institutions provides a good motivation, since it engenders healthy competition among stakeholders to strive for excellence. The issue of concern now might be finding a fair measure of the various criter...
On the Exact Solutions and the Approximate Solutions by Adomian Decomposition Method of the Second-Order Linear Fuzzy İnitial Value Problems Using the Generalized Differentiability
In this paper investigates the exact solutions and the approximate solutions by Adomian decomposition method of the second-order linear fuzzy initial value problems with positive and negative constant coefficients using...
Algorithm for Fuzzy Maximum Flow Probdlemin Hyper-Network Setting (II)
Maximum flow problem on hypergraphs (hyper-networks) is an extension of maximum flowproblem on normal graphs. In this report, we discuss a generalized fuzzy version of maximumflow problem in hyper-networks setting, and a...
On the bounds for the main proof measures in some propositional proof systems
Various proof complexity characteristics are investigated in three propositional proof systems, based on determinative disjunctive normal forms. The comparative analysis for size, time, space, width of proofs is given. F...
Relativistic Harmonic Oscillator
This is a straightforward approach to the system, namely through the solution of the concerned differential equation. In this paper, an expression for the time-period of the motion as measured by a stationary observer, a...