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Caner KazancıAssistant ProfessorDepartment of Mathematics and |
Research Interests
Modeling biological and ecological systems, studying system-wide properties of these systems, and working on mathematical and computational solutions to questions of interest, such as control, effects of modifications, evolution and reverse engineering.
- Biological and ecological modeling, simulation and analysis.
- Numerical analysis, dynamical systems.
- Ecological network analysis (ENA), ecological thermodynamics.
- Stochastic modeling tools, individual based modeling.
- Collective behavior of large biochemical reaction networks, the relation between network structure and system dynamics.
EcoNet
EcoNet is an ecological modelling and simulation software. Any process that can be represented as a stock-flow diagram, related to Ecology or not, can be implemented in EcoNet. It is an online software, so users can run their models online without downloading and installing. EcoNet is written in C++ from scratch, and it is very efficient. Visit EcoNet homepage for more information.
Teaching
Here is the web page of the current REU (Research Experiences for Undergraduates, NSF) on Ecosystem Health.Recent Courses
Please visit the course webpages below for more information.
- Spring 2008: Engg 8110, Mathematical Biology
- Spring 2008: Math 2700, Differential Equations
- Fall 2007: Engr 8102-8103, Computational Engineering: Elliptic and Parabolic PDE's
- Spring 2006: Math 4510/6510, Numerical Analysis II
- Fall 2006: Math 4500/6500, Numerical Analysis I
- Fall 2006: Engr 8102-8103, Computational Engineering: Elliptic and Parabolic PDE's
- Spring 2006: Math 4900/6900, Engr 8980,
Mathematical Biology
All lectures for this course are posted online. - Fall 2005: Math 2200, Calculus I
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