• Algorithm. Problem-solving strategies using algorithms. Significant types of solved problems.
• Sorting and searching algorithms.
• Linear and tree data structures.
• Complexity of algorithms and complexity of problems.
• Vector data and their algebraic and geometric interpretation.
• Clustering algorithms, K-means and Hierarchical Clustering.
• Classification algorithms, Naïve Bayes, K-nearest Neighbors.
• Network data and their representation.
• Algorithms for transformation vector data to network data.
• Measuring of network properties, algorithms and interpretation.
• Network clustering algorithms.
• Sorting and searching algorithms.
• Linear and tree data structures.
• Complexity of algorithms and complexity of problems.
• Vector data and their algebraic and geometric interpretation.
• Clustering algorithms, K-means and Hierarchical Clustering.
• Classification algorithms, Naïve Bayes, K-nearest Neighbors.
• Network data and their representation.
• Algorithms for transformation vector data to network data.
• Measuring of network properties, algorithms and interpretation.
• Network clustering algorithms.