Computer Graphics
Rasterization, transformations, lighting, shaders and the rendering pipeline.
Computer Graphics at CTU
Master’s student at the Faculty of Electrical Engineering, Czech Technical University in Prague, specializing in computer graphics.
UniversityCTU FEL
ProgrammeComputer Science
SpecializationComputer Graphics
LocationPrague
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Computer Graphics
Advanced Graphics
Ray tracing, acceleration structures and modern rendering techniques.
Computer Vision
Affine transformations, camera decomposition, P3P and camera geometry.
Technical Visualization
Turning algorithms and multidimensional data into understandable visual output.
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Computer Science
Algorithms & Graphs
Graph algorithms, trees, pathfinding, optimization and complexity.
Databases
Relational modeling, SQL queries and work with large datasets.
Parallel Programming
Worker threads, synchronization and decomposition of computational work.
Combinatorial Optimization
LP/ILP formulations, scheduling, network flow algorithms, partitioning and Gurobi.
Software Engineering
Modular design, long-term maintenance, Git and team development.
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Combinatorial Optimization
Mathematical modeling of discrete decision problems using linear and integer programming.
Model formulation
Decision variables, constraints, objective functions and translating real requirements into solvable LP/ILP models.
Gurobi implementation
Building and solving optimization models programmatically, then validating feasibility and interpreting results.
Problem domains
Transport, scheduling, assignment, partitioning, network flows, subset problems and resource allocation.
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