Linked e-resources
Details
Table of Contents
Part I. Modeling Biological Factors
Chapter 1. Application of Geometric Progression
Chapter 2. Influence From Surrounding
Chapter 3 .From Discrete Time Model to Continuous Time Model
Chapter 4 Continuous Time Modeling for Birth and Death Processes
Chapter 5. Continuous Time Modeling for Single Species Population Dynamics
Chapter 6. Modeling of Interspecific Reaction
Chapter 7. Modeling for Competitive Relation
Chapter 8. Modeling for Prey-Predator Relation
Chapter 9. Modeling with Class Structure
Chapter 10. Modeling for Age Structure
Part II. Mathematical Equipments
Chapter 11. Homogeneous Linear Dierence Equation
Chapter 12. Qualitative Analysis for Discrete Time Model
Chapter 13. First Order Linear Ordinary Dierential Equation
Chapter 14. Qualitative Analysis for Continuous Time Model
Chapter 15. Essentials of Poisson Process/Distribution.
Chapter 1. Application of Geometric Progression
Chapter 2. Influence From Surrounding
Chapter 3 .From Discrete Time Model to Continuous Time Model
Chapter 4 Continuous Time Modeling for Birth and Death Processes
Chapter 5. Continuous Time Modeling for Single Species Population Dynamics
Chapter 6. Modeling of Interspecific Reaction
Chapter 7. Modeling for Competitive Relation
Chapter 8. Modeling for Prey-Predator Relation
Chapter 9. Modeling with Class Structure
Chapter 10. Modeling for Age Structure
Part II. Mathematical Equipments
Chapter 11. Homogeneous Linear Dierence Equation
Chapter 12. Qualitative Analysis for Discrete Time Model
Chapter 13. First Order Linear Ordinary Dierential Equation
Chapter 14. Qualitative Analysis for Continuous Time Model
Chapter 15. Essentials of Poisson Process/Distribution.