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Graph theory algorithms visualized

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Graph theory algorithms visualized

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3.3 GB

Total Files

274

Last Seen

2024-12-23 23:47

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F71F4E921A9F46E4486EBD060F7AD6D39057CCE6

/.../5. Shortest path problem/

2. Dijkstra's algorithm.mp4

223.8 MB

2. Dijkstra's algorithm.srt

51.0 KB

4. Floyd-Warshall algorithm.srt

36.8 KB

3. Bellman-Ford algorithm.srt

35.2 KB

2.5 FibonacciHeap.java

24.3 KB

7. Shortest path in directed acyclic graphs.srt

16.9 KB

5. Johnson's algorithm.srt

13.6 KB

2.6 Tuple.java

0.3 KB

3. Bellman-Ford algorithm.mp4

210.3 MB

6. Shortest path in unweighted graphs.srt

8.7 KB

7.3 ShortestPathDAG.java

6.6 KB

3.3 BellmanFord.java

5.9 KB

1. Introduction.srt

4.5 KB

7.2 shortest_path_dag.py

4.3 KB

2.1 Binary heaps YouTube video.html

0.1 KB

2.3 dijkstra.py

2.1 KB

5.1 Johnson.java

3.9 KB

4.3 FloydWarshall.java

3.9 KB

2.2 Dijkstra.java

3.9 KB

3.4 Edge.java

0.6 KB

3.5 Tuple.java

0.3 KB

6.3 ShortestPathUnweighted.java

3.6 KB

3.2 bellman_ford.py

3.3 KB

4.2 floyd_warshall.py

2.3 KB

5.2 johnson.py

2.3 KB

6.2 shortest_path_unweighted.py

1.7 KB

4. Floyd-Warshall algorithm.mp4

206.4 MB

7. Shortest path in directed acyclic graphs.mp4

90.6 MB

5. Johnson's algorithm.mp4

81.6 MB

6.1 shortest path with unweighted graphs.pptx

922.9 KB

6. Shortest path in unweighted graphs.mp4

48.3 MB

1. Introduction.mp4

30.9 MB

2.4 dijkstra's algorithm.pptx

4.3 MB

3.1 bellman ford.pptx

3.2 MB

4.1 floyd warshall.pptx

2.3 MB

7.1 dag shortest path.pptx

1.8 MB

1.1 shortest path intro.pptx

1.2 MB

5.3 johnsons.pptx

1.0 MB

/

TutsNode.net.txt

0.1 KB

[TGx]Downloaded from torrentgalaxy.to .txt

0.6 KB

/1. Introduction/

2. [IMPORTANT] Before we start.html

2.9 KB

4. Terminology and types of graphs.srt

25.9 KB

3. Python crash course (optional).html

9.2 KB

1. Introduction to graph theory.srt

7.3 KB

4. Terminology and types of graphs.mp4

153.1 MB

1. Introduction to graph theory.mp4

47.7 MB

4.1 types and terms.pptx

2.9 MB

1.1 introduction.pptx

2.4 MB

/.../7. Minimum spanning trees/

2. Prim's algorithm.srt

27.2 KB

2.1 FibonacciHeap.java

24.3 KB

3. Kruskal's algorithm.srt

14.4 KB

1. What is a (minimum) spanning tree.srt

10.5 KB

5. Solution Min cost to connect all points problem.srt

6.5 KB

3.3 Kruskal.java

3.6 KB

2.2 Prim.java

3.6 KB

3.5 kruskal.py

2.9 KB

1.2 FindSpanningTree.java

2.4 KB

2.4 prim.py

2.1 KB

5.3 MinCostConnect.java

1.9 KB

1.1 find_spanning_tree.py

1.6 KB

5.2 min_cost_connect.py

1.6 KB

4. Problem Min cost to connect all points.html

1.3 KB

3.2 DisjointSet.java

1.3 KB

2.5 Tuple.java

0.3 KB

6. Quiz Minimum spanning trees.html

0.2 KB

3.1 Disjoint-set data structure YouTube video.html

0.1 KB

2. Prim's algorithm.mp4

130.3 MB

3. Kruskal's algorithm.mp4

86.8 MB

1. What is a (minimum) spanning tree.mp4

58.0 MB

5.1 min cost to connect all points.pptx

959.4 KB

5. Solution Min cost to connect all points problem.mp4

42.1 MB

2.3 prim.pptx

4.0 MB

3.4 kruskal.pptx

1.7 MB

1.3 mst-intro.pptx

1.1 MB

/3. Graph traversal/

1. Depth-first search (DFS) algorithm.srt

24.6 KB

4. Breadth-first search (BFS) algorithm.srt

17.6 KB

1.2 dfs_visualization.py

2.9 KB

1.3 Dfs.java

1.9 KB

1.4 dfs.py

1.2 KB

2. Problem Path exists in a graph.html

1.3 KB

3.2 dfs_path_exists.py

1.1 KB

3.3 DfsPathExists.java

1.5 KB

4.1 bfs_visualization.py

2.9 KB

4.2 Bfs.java

2.1 KB

4.3 bfs.py

1.4 KB

6.1 bfs path exists.pptx

1.0 MB

5. Problem Minimum edges from start to end.html

1.0 KB

6.3 BfsMinEdges.java

1.4 KB

7. DFS and BFS in implicit graphs.srt

11.9 KB

7.1 bfs_grid.py

1.4 KB

7.2 BfsGrid.java

1.9 KB

7.4 dfs_grid.py

1.4 KB

7.5 DfsGrid.java

1.6 KB

7.6 Flood fill algorithm YouTube video.html

0.1 KB

3. Solution Path exists in a graph.srt

10.8 KB

6. Solution Minimum edges from start to end.srt

9.1 KB

6.2 bfs_min_edges.py

1.1 KB

1. Depth-first search (DFS) algorithm.mp4

97.7 MB

3.1 dfs path exists.pptx

859.7 KB

4. Breadth-first search (BFS) algorithm.mp4

81.3 MB

7. DFS and BFS in implicit graphs.mp4

59.4 MB

3. Solution Path exists in a graph.mp4

52.1 MB

6. Solution Minimum edges from start to end.mp4

46.6 MB

4.4 breadth first search.pptx

1.8 MB

7.3 dfs and bfs in hidden.pptx

1.8 MB

1.1 depth-first search.pptx

1.6 MB

/9. Graph coloring/

5. Heuristics (Welsh-Powell, DSatur).srt

24.5 KB

1. Introduction to graph coloring.srt

17.8 KB

3. Checking k-colorability with backtracking.srt

14.3 KB

7. Solution Let's make a Sudoku solver.srt

14.1 KB

4. Greedy coloring.srt

13.3 KB

2. Checking 2-colorability (bipartite graph).srt

11.9 KB

2.3 TwoColorability.java

3.4 KB

7.3 SudokuSolver.java

3.3 KB

3.3 KColorability.java

2.6 KB

2.2 two_colorability.py

2.5 KB

5.2 DSatur.java

2.5 KB

6. Problem Sudoku solver.html

2.3 KB

3.2 k_colorability.py

2.1 KB

7.2 sudoku_solver.py

2.0 KB

5.5 WelshPowell.java

1.9 KB

4.3 GreedyColoring.java

1.8 KB

5.3 dsatur.py

1.4 KB

5.4 welsh_powell.py

1.0 KB

4.2 greedy_coloring.py

1.0 KB

8. Quiz Graph coloring.html

0.2 KB

5. Heuristics (Welsh-Powell, DSatur).mp4

117.1 MB

1. Introduction to graph coloring.mp4

101.4 MB

4. Greedy coloring.mp4

74.8 MB

2.1 is bipartite.pptx

777.9 KB

3. Checking k-colorability with backtracking.mp4

65.0 MB

7. Solution Let's make a Sudoku solver.mp4

58.4 MB

2. Checking 2-colorability (bipartite graph).mp4

46.3 MB

1.1 graph coloring.pptx

3.0 MB

7.1 sudoku coloring.pptx

2.7 MB

5.1 coloring heuristics.pptx

2.5 MB

4.1 greedy coloring.pptx

1.5 MB

3.1 k colorability.pptx

1.1 MB

/.../8. Eulerian and Hamiltonian pathscycles/

2. Hierholzer's algorithm.srt

23.0 KB

6. Hamiltonian pathcycle finding algorithms.srt

12.1 KB

1. What is a Eulerian pathcycle.srt

10.8 KB

5. What is a Hamiltonian pathcycle.srt

7.8 KB

4. Solution Reconstruct itinerary.srt

6.7 KB

4.3 ReconstructItinerary.java

3.1 KB

2.1 Hierholzer.java

2.9 KB

4.2 reconstruct_itinerary.py

1.9 KB

6.3 HamiltonianBacktracking.java

1.8 KB

2.3 hierholzer.py

1.7 KB

3. Problem Reconstruct itinerary.html

1.7 KB

6.2 hamiltonian_backtracking.py

1.2 KB

5.1 hamiltonian paths.pptx

989.2 KB

2. Hierholzer's algorithm.mp4

98.5 MB

1. What is a Eulerian pathcycle.mp4

93.7 MB

6.1 hamiltonian backtracking.pptx

971.5 KB

6. Hamiltonian pathcycle finding algorithms.mp4

48.4 MB

5. What is a Hamiltonian pathcycle.mp4

46.3 MB

4. Solution Reconstruct itinerary.mp4

43.8 MB

1.1 eulerian trail intro.pptx

1.7 MB

2.2 hierholzer.pptx

1.5 MB

4.1 reconstruct itinerary.pptx

1.0 MB

/2. Graph representation/

1.2 graph_adj_list.py

2.9 KB

4. Quiz Adjacency lists and matrices.html

0.2 KB

3. Adjacency list vs adjacency matrix.srt

14.1 KB

1. Adjacency list representation.srt

14.1 KB

2. Adjacency matrix representation.srt

9.4 KB

2.3 GraphAdjMat.java

5.3 KB

2.2 graph_adj_mat.py

4.1 KB

1.3 GraphAdjList.java

3.6 KB

3. Adjacency list vs adjacency matrix.mp4

75.1 MB

1. Adjacency list representation.mp4

65.2 MB

2. Adjacency matrix representation.mp4

49.9 MB

1.1 adjacency list.pptx

911.9 KB

3.1 adj list vs adj mat.pptx

1.6 MB

2.1 adjacency matrix.pptx

1.1 MB

/4. Topological sort/

2. DFS-based topological sort algorithm.srt

19.2 KB

3. BFS-based topological sort algorithm (Kahn's algorithm).srt

16.9 KB

5. Solution Find all possible recipes problem.srt

15.0 KB

1. What is topological sort.srt

11.1 KB

2.2 topsort_dfs.py

1.4 KB

2.3 TopsortDfs.java

2.3 KB

3.2 topsort_bfs.py

1.3 KB

3.3 TopsortBfs.java

2.3 KB

4. Problem Find all possible recipes.html

1.4 KB

5.2 find_possible_recipes.py

2.0 KB

5.3 FindPossibleRecipes.java

2.9 KB

6. Quiz Topological sort.html

0.2 KB

5.1 find recipes.pptx

663.4 KB

2. DFS-based topological sort algorithm.mp4

90.5 MB

5. Solution Find all possible recipes problem.mp4

83.7 MB

3. BFS-based topological sort algorithm (Kahn's algorithm).mp4

80.8 MB

1. What is topological sort.mp4

61.7 MB

1.1 topological sort intro.pptx

827.7 KB

3.1 topological sort bfs.pptx

1.4 MB

2.1 topological sort dfs.pptx

1.4 MB

/6. Trees/

1. What is a tree.srt

14.5 KB

2. Out-trees (arborescence) and graph to out-tree conversion.srt

8.0 KB

3. Solution All nodes distance k in a tree problem.srt

10.6 KB

3.2 DistanceK.java

4.3 KB

1.2 IsTree.java

3.6 KB

3.1 distance_k.py

2.9 KB

2.3 ToOutTree.java

2.4 KB

1.1 is_tree.py

1.9 KB

2.2 to_out_tree.py

1.4 KB

4. Quiz What is a tree.html

0.2 KB

1. What is a tree.mp4

86.1 MB

2.1 graph to out-tree.pptx

945.0 KB

3. Solution All nodes distance k in a tree problem.mp4

53.6 MB

3.3 nodes at a distance k.pptx

916.7 KB

2. Out-trees (arborescence) and graph to out-tree conversion.mp4

43.0 MB

1.3 trees introduction.pptx

1.7 MB

/.pad/

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Total files 274


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