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Algorithms in Java Live problem solving & Design Techniques
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[TutsNode.com] - Algorithms in Java Live problem solving & Design Techniques (Size: 4.57 GB) (Files: 492)
[TutsNode.com] - Algorithms in Java Live problem solving & Design Techniques
9. Dynamic Programming
14. Example 05 Levenshtein problem.mp4
8. Example 02 - 01 Knapsack Theory & Live code.srt
10. Example 03 - Coin Change Problem Theory and Code.srt
12. Example 04 Longest Decreasing Subsequence Explanation And Code.srt
18. Example 07 Matrix Chain Multiplication.srt
14. Example 05 Levenshtein problem.srt
16. Example 06 Rod Cutting.srt
6. Example 01 Staircase Problem Theory & Live Code.srt
12. Example 04 Longest Decreasing Subsequence Explanation And Code.mp4
2. Introduction to Dynamic Programming.srt
5. Approaching the Solution.srt
4. Compare DP D&C and Greedy.srt
11. Example 03 - Coin Change Problem Complexity Analysis.srt
7. Example 01 Staircase Problem Complexity Analysis.srt
9. Example 02 - 01 Knapsack Complexity Analysis.srt
1. Section Introduction.srt
19. Example 07 Matrix Chain Multiplication Complexity Analysis.srt
3. Identification.srt
15. Example 05 Levenshtein Complexity Analysis.srt
17. Example 06 Rod Cutting - Complexity Analysis.srt
13. Example 04 Longest Decreasing Subsequence Complexity Analysis.srt
20. Summary.srt
18. Example 07 Matrix Chain Multiplication.mp4
8. Example 02 - 01 Knapsack Theory & Live code.mp4
10. Example 03 - Coin Change Problem Theory and Code.mp4
16. Example 06 Rod Cutting.mp4
6. Example 01 Staircase Problem Theory & Live Code.mp4
2. Introduction to Dynamic Programming.mp4
5. Approaching the Solution.mp4
4. Compare DP D&C and Greedy.mp4
11. Example 03 - Coin Change Problem Complexity Analysis.mp4
19. Example 07 Matrix Chain Multiplication Complexity Analysis.mp4
7. Example 01 Staircase Problem Complexity Analysis.mp4
1. Section Introduction.mp4
9. Example 02 - 01 Knapsack Complexity Analysis.mp4
15. Example 05 Levenshtein Complexity Analysis.mp4
17. Example 06 Rod Cutting - Complexity Analysis.mp4
3. Identification.mp4
13. Example 04 Longest Decreasing Subsequence Complexity Analysis.mp4
20. Summary.mp4
1. Course Introduction
2. Course Resources.html
1. Course Introduction.srt
1. Course Introduction.mp4
10. Famous Algorithms
10. Edmond's KarpFord-Fulkerson Algorithm.srt
11. Ford-Fulkerson Algorithm - Edmond's Karp Implementation.srt
3. Kadane's Algo Complexity Analysis.mp4
11. Ford-Fulkerson Algorithm - Edmond's Karp Implementation.mp4
8. Topological Sort Live Code Java.srt
5. BellmanFord's Algo Live Code Java.srt
1. Kadane's Algo.srt
4. BellmanFord's Algo.srt
7. Topological Sort Kahn's Algo.srt
2. Kadane's Algo Live Code Java.srt
9. Topological Sort Complexity Analysis.srt
6. BellmanFord's Algo Complexity Analysis.srt
3. Kadane's Algo Complexity Analysis.srt
8. Topological Sort Live Code Java.mp4
5. BellmanFord's Algo Live Code Java.mp4
10. Edmond's KarpFord-Fulkerson Algorithm.mp4
2. Kadane's Algo Live Code Java.mp4
4. BellmanFord's Algo.mp4
1. Kadane's Algo.mp4
7. Topological Sort Kahn's Algo.mp4
9. Topological Sort Complexity Analysis.mp4
6. BellmanFord's Algo Complexity Analysis.mp4
12. Graphs
30. Ford-Fulkerson Algorithm.srt
31. Ford-Fulkerson Algorithm - Edmond's Karp Implementation.srt
28. Johnson's Algorithm - Implementation.srt
27. Johnson's Algorithm.srt
22. Dijkstra's Algorithm - Implementation.srt
3. Graphs - Overview.srt
24. BellmanFord's Algo Live Code.srt
15. Prim's Algorithm.srt
6. Approaching the Problem.srt
21. Dijkstra's Algorithm.srt
19. Kruskal's Algorithm - Implementation.srt
34. Tarjan's Algorithm.srt
35. Tarjan's Algorithm - Implementation.srt
37. Kosaraju's Algorithm - Implementation.srt
18. Union-Find Algorithm.srt
23. BellmanFord's Algo.srt
16. Prim's Algorithm - Implementation.srt
10. DFS - Implementation (Recursive).srt
25. Floyd Warshall Algorithm.srt
32. Max-Flow Min-Cut Theorem.srt
9. Depth First Search Traversal.srt
14. Type - Minimum Spanning Tree.srt
36. Kosaraju's Algorithm.srt
1. Graphs - In Real World.srt
13. BFS - Implementation.srt
29. Type - Network Flow.srt
5. Identification of Problem.srt
11. DFS - Implementation (Iterative).srt
26. Floyd-Warshall Algorithm - Implementation.srt
17. Kruskal's Algorithm.srt
12. Breadth First Search Traversal.srt
7. Mind-Map.srt
8. Type - Graph Traversal.srt
33. Type - Strongly Connected Components.srt
4. Terminologies.html
20. Type - Shortest Path.srt
2. Google's Knowledge Graph.html
31. Ford-Fulkerson Algorithm - Edmond's Karp Implementation.mp4
28. Johnson's Algorithm - Implementation.mp4
35. Tarjan's Algorithm - Implementation.mp4
19. Kruskal's Algorithm - Implementation.mp4
37. Kosaraju's Algorithm - Implementation.mp4
24. BellmanFord's Algo Live Code.mp4
22. Dijkstra's Algorithm - Implementation.mp4
30. Ford-Fulkerson Algorithm.mp4
10. DFS - Implementation (Recursive).mp4
16. Prim's Algorithm - Implementation.mp4
26. Floyd-Warshall Algorithm - Implementation.mp4
27. Johnson's Algorithm.mp4
13. BFS - Implementation.mp4
11. DFS - Implementation (Iterative).mp4
3. Graphs - Overview.mp4
34. Tarjan's Algorithm.mp4
21. Dijkstra's Algorithm.mp4
15. Prim's Algorithm.mp4
6. Approaching the Problem.mp4
1. Graphs - In Real World.mp4
32. Max-Flow Min-Cut Theorem.mp4
9. Depth First Search Traversal.mp4
14. Type - Minimum Spanning Tree.mp4
18. Union-Find Algorithm.mp4
25. Floyd Warshall Algorithm.mp4
36. Kosaraju's Algorithm.mp4
23. BellmanFord's Algo.mp4
29. Type - Network Flow.mp4
17. Kruskal's Algorithm.mp4
12. Breadth First Search Traversal.mp4
5. Identification of Problem.mp4
20. Type - Shortest Path.mp4
8. Type - Graph Traversal.mp4
33. Type - Strongly Connected Components.mp4
7. Mind-Map.mp4
3. Complexity Analysis
1. Section Introduction.srt
4. Section Summary.srt
3. Complexity Analysis 2.srt
2. Complexity Analysis 1.srt
3. Complexity Analysis 2.mp4
2. Complexity Analysis 1.mp4
1. Section Introduction.mp4
4. Section Summary.mp4
11. Trees
1. Tree Overview.srt
9. Problem 3 Binary Search Tree - Live Code.srt
8. Problem 3 Binary Search Tree - Logic.srt
4. Problem 1 Sum Tree - Logic.srt
11. Problem 4 Binary Tree from InOrder & LevelOrder - Live Code.srt
3. Approaching Tree Problems.srt
5. Problem 1 Sum Tree - Live Code.srt
10. Problem 4 Binary Tree from InOrder & LevelOrder - Logic.srt
7. Problem 2 Invert Binary Tree - Live Code.srt
6. Problem 2 Invert Binary Tree - Logic.srt
2. Identification.srt
9. Problem 3 Binary Search Tree - Live Code.mp4
1. Tree Overview.mp4
11. Problem 4 Binary Tree from InOrder & LevelOrder - Live Code.mp4
8. Problem 3 Binary Search Tree - Logic.mp4
5. Problem 1 Sum Tree - Live Code.mp4
7. Problem 2 Invert Binary Tree - Live Code.mp4
4. Problem 1 Sum Tree - Logic.mp4
3. Approaching Tree Problems.mp4
10. Problem 4 Binary Tree from InOrder & LevelOrder - Logic.mp4
6. Problem 2 Invert Binary Tree - Logic.mp4
2. Identification.mp4
6. Backtracking
2. Introduction to Backtracking.srt
4. Approching the Solution.srt
5. Problem 01 Rat In Maze - Logic.srt
8. Problem 02 NQueen - Logic.srt
1. Section Introduction.srt
6. Problem 01 Rat In Maze - Code.srt
9. Problem 02 NQueen - Live Code in Java.srt
7. Problem 01 Rat In Maze - Complexity Analysis.srt
10. Problem 02 NQueen - Complexity Analysis.srt
15. Problem 04 Boggle Word Search - Live Code in Java.srt
13. Problem 03 Knight Tour Problem - Complexity Analysis.srt
14. Problem 04 Boggle Word Search - Logic.srt
16. Problem 04 Boggle Word Search - Complexity Analysis.srt
17. Section Summary.srt
12. Problem 03 Knights Tour Problem - Live Code in Java.srt
11. Problem 03 Knights Tour Problem - Logic.srt
3. Identify Backtracking.srt
6. Problem 01 Rat In Maze - Code.mp4
9. Problem 02 NQueen - Live Code in Java.mp4
12. Problem 03 Knights Tour Problem - Live Code in Java.mp4
15. Problem 04 Boggle Word Search - Live Code in Java.mp4
8. Problem 02 NQueen - Logic.mp4
4. Approching the Solution.mp4
5. Problem 01 Rat In Maze - Logic.mp4
14. Problem 04 Boggle Word Search - Logic.mp4
11. Problem 03 Knights Tour Problem - Logic.mp4
3. Identify Backtracking.mp4
10. Problem 02 NQueen - Complexity Analysis.mp4
2. Introduction to Backtracking.mp4
1. Section Introduction.mp4
7. Problem 01 Rat In Maze - Complexity Analysis.mp4
17. Section Summary.mp4
13. Problem 03 Knight Tour Problem - Complexity Analysis.mp4
16. Problem 04 Boggle Word Search - Complexity Analysis.mp4
4. Recurrence Relation
5. Section Summary.mp4
1. Section Introduction.srt
5. Section Summary.srt
3. Solving Recurrence Relation.srt
2. Recurrence Relation.srt
4. Master's Theorem.srt
3. Solving Recurrence Relation.mp4
4. Master's Theorem.mp4
2. Recurrence Relation.mp4
1. Section Introduction.mp4
13. Bonus Arrays in Java
4. Declaration , Initialisation & Creation.srt
2. Single Dimension Arrays.srt
3. Multi Dimension Arrays.srt
6. Traversing Arrays,Length of Array Java.srt
8. Reassigning Array Objects to Array References.srt
5. Playing With Arrays Syntax Java.srt
7. Types of Array - based on elements it holds.srt
9. Anonymous Arrays.srt
1. Section Introduction.srt
10. Arrays-Summay.srt
4. Declaration , Initialisation & Creation.mp4
5. Playing With Arrays Syntax Java.mp4
2. Single Dimension Arrays.mp4
3. Multi Dimension Arrays.mp4
8. Reassigning Array Objects to Array References.mp4
6. Traversing Arrays,Length of Array Java.mp4
7. Types of Array - based on elements it holds.mp4
9. Anonymous Arrays.mp4
1. Section Introduction.mp4
10. Arrays-Summay.mp4
8. Greedy Technique
11. Problem 03 Huffman Code - Live Code Java.srt
10. Problem 03 Huffman Code - Logic.srt
13. Problem 04 Dijkstra - Logic.srt
14. Problem 04 Dijkstra Logic - Live Code.srt
5. Problem 01 Fractional Knapsack - Live Code Java.srt
4. Problem 01 Fractional Knapsack - Logic.srt
8. Problem 02 IntervalScheduling - Live Code Java.srt
2. Introduction to Greedy.srt
1. Section Introduction.srt
6. Problem 01 Fractional Knapsack - Complexity Analysis.srt
3. Identification & Approaching the Solution.srt
9. Problem 02 IntervalScheduling - Complexity Analysis.srt
12. Problem 03 Huffman Code - Complexity Analysis.srt
7. Problem 02 IntervalScheduling - Logic.srt
15. Problem 04 Dijkstra - Complexity Analysis.srt
16. Summary.srt
11. Problem 03 Huffman Code - Live Code Java.mp4
14. Problem 04 Dijkstra Logic - Live Code.mp4
5. Problem 01 Fractional Knapsack - Live Code Java.mp4
8. Problem 02 IntervalScheduling - Live Code Java.mp4
10. Problem 03 Huffman Code - Logic.mp4
13. Problem 04 Dijkstra - Logic.mp4
4. Problem 01 Fractional Knapsack - Logic.mp4
2. Introduction to Greedy.mp4
3. Identification & Approaching the Solution.mp4
7. Problem 02 IntervalScheduling - Logic.mp4
12. Problem 03 Huffman Code - Complexity Analysis.mp4
9. Problem 02 IntervalScheduling - Complexity Analysis.mp4
15. Problem 04 Dijkstra - Complexity Analysis.mp4
1. Section Introduction.mp4
6. Problem 01 Fractional Knapsack - Complexity Analysis.mp4
16. Summary.mp4
14. Thank you!
1. Thank You!.html
7. Divide and Conquer
11. Problem 03 Median Of Medians - Live Java Code.srt
7. Problem 02 QuickSort - Logic.srt
4. Problem 01 MergeSort - Logic.srt
10. Problem 03 Median Of Medians - Logic.srt
5. Problem 01 MergeSort - Live Java Code.srt
1. Section Introduction.srt
8. Problem 02 QuickSort - Live Java Code.srt
9. Problem 02 QuickSort - Complexity Analysis.srt
6. Problem 01 MergeSort - Complexity Analysis.srt
12. Section Summary.srt
3. Identification and Approaching.srt
2. Introduction To Divide And Conquer.srt
11. Problem 03 Median Of Medians - Live Java Code.mp4
5. Problem 01 MergeSort - Live Java Code.mp4
8. Problem 02 QuickSort - Live Java Code.mp4
7. Problem 02 QuickSort - Logic.mp4
4. Problem 01 MergeSort - Logic.mp4
10. Problem 03 Median Of Medians - Logic.mp4
6. Problem 01 MergeSort - Complexity Analysis.mp4
2. Introduction To Divide And Conquer.mp4
3. Identification and Approaching.mp4
9. Problem 02 QuickSort - Complexity Analysis.mp4
1. Section Introduction.mp4
12. Section Summary.mp4
5. Thinking Recursively
7. Problem 01 Tower of Hanoi - Complexity Analysis.srt
10. Problem 03 FindingSubsequences - Complexity Analysis.srt
13. Problem 03 Array Product Sum - Complexity Analysis.srt
16. Problem 04 Binary Subtree - Complexity Analysis.srt
17. Why and Why not Recursion.srt
15. Problem 04 Binary Subtree - Live Code Java.srt
20. Section Summary.srt
2. Recursion.srt
3. Identification.srt
14. Problem 04 Binary Subtree - Logic.srt
5. Problem 01 Tower of Hanoi - Logic.srt
4. Approaching.srt
19. Tail Recursion.srt
11. Problem 03 7.Array Product Sum - Logic.srt
9. Problem 02 FindingSubsequences - Live Code Java.srt
12. Problem 03 7.Array Product Sum - Live Code Java.srt
18. Types Of Recursion.srt
8. Problem 02 FindingSubsequences - Logic.srt
6. Problem 01 Tower of Hanoi - Live Code Java.srt
1. Section Introduction.srt
15. Problem 04 Binary Subtree - Live Code Java.mp4
9. Problem 02 FindingSubsequences - Live Code Java.mp4
12. Problem 03 7.Array Product Sum - Live Code Java.mp4
6. Problem 01 Tower of Hanoi - Live Code Java.mp4
7. Problem 01 Tower of Hanoi - Complexity Analysis.mp4
2. Recursion.mp4
14. Problem 04 Binary Subtree - Logic.mp4
3. Identification.mp4
5. Problem 01 Tower of Hanoi - Logic.mp4
19. Tail Recursion.mp4
4. Approaching.mp4
11. Problem 03 7.Array Product Sum - Logic.mp4
8. Problem 02 FindingSubsequences - Logic.mp4
18. Types Of Recursion.mp4
10. Problem 03 FindingSubsequences - Complexity Analysis.mp4
1. Section Introduction.mp4
17. Why and Why not Recursion.mp4
20. Section Summary.mp4
13. Problem 03 Array Product Sum - Complexity Analysis.mp4
16. Problem 04 Binary Subtree - Complexity Analysis.mp4
2. Introduction to Algorithms
1. Introduction to Algorithms.srt
1. Introduction to Algorithms.mp4
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