Graph Theory
- 1.Why Graph Theory Matters for Programmers
- 2.Graph Representations & Terminology
- 3.Graph Traversal: BFS & DFS
- 4.Connectivity & Cycle Detection
- 5.Topological Sorting
- 6.Shortest Path Algorithms: Dijkstra's Algorithm
- 7.Shortest Path Algorithms: Bellman-Ford & Negative Weights
- 8.Minimum Spanning Trees: Kruskal's & Prim's Algorithms
- 9.Trees as Special Graphs: Structure & Traversal
- 10.Capstone — Modeling and Solving a Real Graph Problem
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Exercise Solutions
graph1-1_challenge1.txtgraph1-1_challenge2.txtgraph1-1_challenge3.txtgraph1-2_challenge1.txtgraph1-2_challenge2.txtgraph1-2_challenge3.txtgraph1-3_challenge1.txtgraph1-3_challenge2.txtgraph1-3_challenge3.txtgraph1-4_challenge1.txtgraph1-4_challenge2.txtgraph1-4_challenge3.txtgraph1-5_challenge1.txtgraph1-5_challenge2.txtgraph1-5_challenge3.txtgraph1-6_challenge1.txtgraph1-6_challenge2.txtgraph1-6_challenge3.txtgraph1-7_challenge1.txtgraph1-7_challenge2.txtgraph1-7_challenge3.txtgraph1-8_challenge1.txtgraph1-8_challenge2.txtgraph1-8_challenge3.txtgraph1-9_challenge1.txtgraph1-9_challenge2.txtgraph1-9_challenge3.txtgraph1-10_challenge1.txtgraph1-10_challenge2.txtgraph1-10_challenge3.txt