A Dynamical Study of Modeling the Transmission of Typhoid Fever through Delayed Strategies

Keyphrases

• Typhoid Fever 100%
• Dynamical Study 100%
• Time Delay 66%
• Nonstandard Finite Difference 66%
• Continuous Model 66%
• Forward Euler Method 66%
• RK4 Method 66%
• Mathematical Model 33%
• Salmonella Typhi (S. Typhi) 33%
• Population Density 33%
• Infected Population 33%
• Virus Transmission 33%
• Solution Stability 33%
• Finite Difference Method 33%
• Stability Analysis 33%
• Nonstandard Finite Difference Scheme 33%
• Equilibrium Analysis 33%
• Reproduction number 33%
• Positive Equilibrium 33%
• Positive Solution 33%
• Significant Properties 33%
• Transmission Model 33%
• Positive Stability 33%
• Solution Equilibria 33%
• Theoretical Validation 33%
• Emergence of Patterns 33%
• Runge Kutta 33%
• Kutta Methods 33%
• Number Analysis 33%
• Large Step 33%

Computer Science

• time-delay 100%
• Continuous Model 100%
• Essential Characteristic 50%
• Stability Analysis 50%
• Mathematical Modeling 50%
• Difference Method 50%
• Difference Scheme 50%
• Critical Behavior 50%
• Equilibrium Analysis 50%
• Euler Method 50%

Mathematics

• Finite Difference Method 100%
• Continuous Model 66%
• Time Delay System 66%
• Positive Solution 33%
• Mathematical Modeling 33%
• Boundedness 33%
• Stability Analysis 33%
• Nonstandard Finite Difference Scheme 33%
• Reproduction Number 33%
• Transmission Model 33%
• Critical Behavior 33%
• Forward Euler Method 33%
• Runge-Kutta Method 33%