Modulbeschreibung

• Understanding the possibilities of periodic lattice structures generation.
• Configurations of multiple periodic lattice structures.
• Implementation of algorithms and techniques for conformal lattice structures.

Geometry, Visual Computing, Computer Graphics or an equivalent class. Experience in C/C++ programming language and ClassCAD interpreter programming. Knowledge in algorithm and data structures. Basic knowledge in manufacturing processes.

Im Kurs "Development of Conformal Lattice Structure in ClassCAD“ wird ein Projekt mittels Bericht und Präsentation bewertet. Im Kurs "FTP-Algorithms“ wird eine Prüfung bewertet.

Im Kurs "IDevelopment of Conformal Lattice Structure in ClassCAD“ wird ein Projekt mittels Bericht und Präsentation (Gewicht 80%) bewertet. Im Kurs "FTP-Algorithms“ wird eine Prüfung (Gewicht 20%) bewertet.

• Understanding of different categories of advanced algorithms and its application areas.
• Understanding of data structures and algorithms for efficiently handling very large, complex or dynamic data sets or combinations thereof.
• Ability to evaluate suitable algorithms and to apply them to typical tasks.
• Familiar with dynamic algorithms used in robotics, artificial intelligence.Understanding of basic algorithms and data structures for 3D modeling.

• Algorithms and data structures for selected practical problems.
  - Reminder on linear structures, binary search tree, heap and algorithmic complexity
  - Randomized algorithms
  - Deterministic algorithms
  - Sweep algorithms
  - Greedy algorithms
• Design of heuristic algorithms.
  - Reminder on complexity theory, combinatorial optimization problems, problem modelling
  - Greedy heuristics
  - Local search heuristics
  - Decomposition methods
  - Randomized heuristics
  - Learning heuristics
  - Classical metaheuristics