User Portlet
Featured Contributor
Athanasios Paraskevopoulos
Hellenic Open University
LOCATION: Greece
WEBSITE: Not indicated
BLOG: Not indicated
INTERESTS IN JOBS & NETWORKING:
ABOUT ME:
Athanasios is a Teacher of Mathematics with a proven track record of working in education management. Proficient in Ease of Adaptation, Course Design, and Instructional Technology. Strong education professional with a Bachelor's degree with an emphasis in Mathematics from the University of Aegean. Currently, he is pursuing a Master's degree in Applied Mathematics at the Hellenic Open University, with a specific focus on Ordinary and Partial Differential equations. His enthusiasm lies in the application of mathematical models to real-world contexts, such as epidemiology and population growth.
STAFF PICKS:
- Visualizing chaotic attractors: exploring the intersection of math and art
- Standard and extended Lotka-Volterra models with carrying capacity
- Numerical simulation of the discrete Klein-Gordon equation: study on damped, driven nonlinear waves
- Exploring the effects of non-linearity and damping on DNA base pair dynamics through simulation
- Stationary dynamics in DNA: a nonlinear Klein-Gordon approach
- GenoDynamics: exploring DNA oscillations with the discrete Klein-Gordon framework
- An Analysis of H1N1 Influenza
- [BOOK] Demystifying Epidemics: A Beginner's Guide to Infectious Disease Modeling
- [BOOK] Explore Algebra with Wolfram Language: New High School Textbook Available!
- Understanding the periodic nature of Trigonometric functions
- Visualizing absolute value: interactive tools for high school Algebra
- Geometric and Algebraic Representations of Vectors
- Cholera outbreak in 1849 London: historical demographics and disease impact
- Dengue model and two scenarios of intervention
- A Model of Dengue Transmission Dynamics:Insights into Mosquito-Human Interactions and Disease Spread
- Optimizing interventions for a diverse population: age-structured modeling and analysis
- Modeling heterogeneous dynamics: age-structured extensions to the SIR model
- Modeling and mitigating the spread of a new respiratory virus
- COVID-19 SIR models: transmission, vaccination, herd immunity dynamics revealed
- Analyzing subcritical pathogen spread with stochastic SIR simulations ($R_0$ < 1)
- Calculating incidence in a deterministic SIR model
- Modeling Viral Outbreak and Treatment in a SIR Model for Duckburg
- Optimizing transmission & recovery parameters to fit flu infection data in a calibrated SIR model
- Unveiling population dynamics: from simple aquarium scenarios to complex differential equation model
- A simple example for vaccination effect in SIR model
- Dynamics of viral spread in an abstract island ecosystem
- Metamathematics, Ordinary Differential Equations,and their Application to Harmonic Oscillator Motion
- Optimized drone pathfinding in 3D space
- Heat equation problem with mixed boundary conditions
- Why Wolfram Language is useful for high school students?
- A lecture on the wave equation in two dimensions
- Nonlinear Schrödinger equation: solution and visualization
- Helmholtz problem in circular disk
- Solving a system of nonlinear equations
- Class Materials: Introduction to Functions
- Studying periodic functions in three different ways
- Studying hyperchaotic finance system
- Introduction to numerical methods: discretization of the continuous
- Solving simple class Linear Algebra problems
- Introduction to SI compartmental model
- Simple Continued Fractions an approach for High School students