Article
Open Access
Persistence and Global Attractivity for a Discretized Version of a General Model of Glucose-Insulin Interaction
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Dinh Cong Huong
Published/Copyright:
August 20, 2016
Received: 2014-9-8
Published Online: 2016-8-20
Published in Print: 2016-9-1
© by Dinh Cong Huong
Articles in the same Issue
- A Note on Regular De Morgan Semi-Heyting Algebras
- A Combinatorial Proof of a Result on Generalized Lucas Polynomials
- Interval Decomposition Lattices are Balanced
- C3-Modules
- Interpolations of Bargmann Type Measures
- Persistence and Global Attractivity for a Discretized Version of a General Model of Glucose-Insulin Interaction
- Stability of n-Dimensional Additive Functional Equation in Generalized 2-Normed Space
- Derivable Maps and Generalized Derivations on Nest and Standard Algebras
- Semi-Slant Submersions from Almost Product Riemannian Manifolds
- Common Fixed Point Theorems for Mappings under (CLRS)-Property in Partial Metric Spaces
Keywords for this article
delay difference equations;
!-limit set of a persistent solution;
full time solution;
non-standard difference;
numerical discretized model
Creative Commons
BY-NC-ND 4.0
Articles in the same Issue
- A Note on Regular De Morgan Semi-Heyting Algebras
- A Combinatorial Proof of a Result on Generalized Lucas Polynomials
- Interval Decomposition Lattices are Balanced
- C3-Modules
- Interpolations of Bargmann Type Measures
- Persistence and Global Attractivity for a Discretized Version of a General Model of Glucose-Insulin Interaction
- Stability of n-Dimensional Additive Functional Equation in Generalized 2-Normed Space
- Derivable Maps and Generalized Derivations on Nest and Standard Algebras
- Semi-Slant Submersions from Almost Product Riemannian Manifolds
- Common Fixed Point Theorems for Mappings under (CLRS)-Property in Partial Metric Spaces
