Algorithms in Java Live problem solving Design Techniques | 2E48AE77F1BD325E8FAAC43969657ED6124A8EBC

Algorithms in Java Live problem solving Design Techniques

Name	Algorithms in Java Live problem solving & Design Techniques	DOWNLOAD Copy Link Trouble downloading? see How To
Total Size	4.9 GB
Total Files	492
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Hash	2E48AE77F1BD325E8FAAC43969657ED6124A8EBC

/9. Dynamic Programming/
14. Example 05 Levenshtein problem.mp4	217.9 MB

TutsNode.com.txt	0.1 KB
[TGx]Downloaded from torrentgalaxy.to .txt	0.6 KB
/9. Dynamic Programming/
8. Example 02 - 01 Knapsack Theory & Live code.srt	31.2 KB
10. Example 03 - Coin Change Problem Theory and Code.srt	30.7 KB
12. Example 04 Longest Decreasing Subsequence Explanation And Code.srt	28.7 KB
18. Example 07 Matrix Chain Multiplication.srt	26.7 KB
14. Example 05 Levenshtein problem.srt	24.1 KB
16. Example 06 Rod Cutting.srt	19.2 KB
6. Example 01 Staircase Problem Theory & Live Code.srt	19.1 KB
12. Example 04 Longest Decreasing Subsequence Explanation And Code.mp4	216.3 MB
2. Introduction to Dynamic Programming.srt	6.6 KB
5. Approaching the Solution.srt	5.0 KB
4. Compare DP D&C and Greedy.srt	4.5 KB
11. Example 03 - Coin Change Problem Complexity Analysis.srt	4.4 KB
7. Example 01 Staircase Problem Complexity Analysis.srt	3.6 KB
9. Example 02 - 01 Knapsack Complexity Analysis.srt	3.3 KB
1. Section Introduction.srt	3.1 KB
19. Example 07 Matrix Chain Multiplication Complexity Analysis.srt	2.9 KB
3. Identification.srt	1.9 KB
15. Example 05 Levenshtein Complexity Analysis.srt	2.0 KB
17. Example 06 Rod Cutting - Complexity Analysis.srt	1.9 KB
13. Example 04 Longest Decreasing Subsequence Complexity Analysis.srt	1.9 KB
20. Summary.srt	1.0 KB
18. Example 07 Matrix Chain Multiplication.mp4	114.6 MB
8. Example 02 - 01 Knapsack Theory & Live code.mp4	106.5 MB
10. Example 03 - Coin Change Problem Theory and Code.mp4	97.6 MB
16. Example 06 Rod Cutting.mp4	83.3 MB
6. Example 01 Staircase Problem Theory & Live Code.mp4	57.8 MB
2. Introduction to Dynamic Programming.mp4	9.9 MB
5. Approaching the Solution.mp4	6.4 MB
4. Compare DP D&C and Greedy.mp4	6.1 MB
11. Example 03 - Coin Change Problem Complexity Analysis.mp4	5.9 MB
19. Example 07 Matrix Chain Multiplication Complexity Analysis.mp4	5.1 MB
7. Example 01 Staircase Problem Complexity Analysis.mp4	4.8 MB
1. Section Introduction.mp4	4.5 MB
9. Example 02 - 01 Knapsack Complexity Analysis.mp4	4.0 MB
15. Example 05 Levenshtein Complexity Analysis.mp4	3.2 MB
17. Example 06 Rod Cutting - Complexity Analysis.mp4	2.9 MB
3. Identification.mp4	2.6 MB
13. Example 04 Longest Decreasing Subsequence Complexity Analysis.mp4	2.3 MB
20. Summary.mp4	1.8 MB
/1. Course Introduction/
2. Course Resources.html	0.3 KB
1. Course Introduction.srt	5.5 KB
1. Course Introduction.mp4	26.1 MB
/.../10. Famous Algorithms/
10. Edmond's KarpFord-Fulkerson Algorithm.srt	29.8 KB
11. Ford-Fulkerson Algorithm - Edmond's Karp Implementation.srt	20.9 KB
3. Kadane's Algo Complexity Analysis.mp4	726.0 KB
11. Ford-Fulkerson Algorithm - Edmond's Karp Implementation.mp4	125.9 MB
8. Topological Sort Live Code Java.srt	13.6 KB
5. BellmanFord's Algo Live Code Java.srt	11.9 KB
1. Kadane's Algo.srt	9.4 KB
4. BellmanFord's Algo.srt	8.3 KB
7. Topological Sort Kahn's Algo.srt	8.2 KB
2. Kadane's Algo Live Code Java.srt	3.4 KB
9. Topological Sort Complexity Analysis.srt	2.0 KB
6. BellmanFord's Algo Complexity Analysis.srt	1.0 KB
3. Kadane's Algo Complexity Analysis.srt	0.6 KB
8. Topological Sort Live Code Java.mp4	78.6 MB
5. BellmanFord's Algo Live Code Java.mp4	59.1 MB
10. Edmond's KarpFord-Fulkerson Algorithm.mp4	55.3 MB
2. Kadane's Algo Live Code Java.mp4	17.2 MB
4. BellmanFord's Algo.mp4	12.8 MB
1. Kadane's Algo.mp4	12.4 MB
7. Topological Sort Kahn's Algo.mp4	9.9 MB
9. Topological Sort Complexity Analysis.mp4	2.4 MB
6. BellmanFord's Algo Complexity Analysis.mp4	1.3 MB
/12. Graphs/
30. Ford-Fulkerson Algorithm.srt	29.8 KB
31. Ford-Fulkerson Algorithm - Edmond's Karp Implementation.srt	20.9 KB
28. Johnson's Algorithm - Implementation.srt	19.8 KB
27. Johnson's Algorithm.srt	18.4 KB
22. Dijkstra's Algorithm - Implementation.srt	8.7 KB
3. Graphs - Overview.srt	13.7 KB
24. BellmanFord's Algo Live Code.srt	11.9 KB
15. Prim's Algorithm.srt	11.2 KB
6. Approaching the Problem.srt	10.3 KB
21. Dijkstra's Algorithm.srt	10.2 KB
19. Kruskal's Algorithm - Implementation.srt	10.1 KB
34. Tarjan's Algorithm.srt	10.0 KB
35. Tarjan's Algorithm - Implementation.srt	9.4 KB
37. Kosaraju's Algorithm - Implementation.srt	8.6 KB
18. Union-Find Algorithm.srt	8.3 KB
23. BellmanFord's Algo.srt	8.3 KB
16. Prim's Algorithm - Implementation.srt	8.1 KB
10. DFS - Implementation (Recursive).srt	7.5 KB
25. Floyd Warshall Algorithm.srt	7.3 KB
32. Max-Flow Min-Cut Theorem.srt	6.8 KB
9. Depth First Search Traversal.srt	6.6 KB
14. Type - Minimum Spanning Tree.srt	6.5 KB
36. Kosaraju's Algorithm.srt	6.5 KB
1. Graphs - In Real World.srt	6.2 KB
13. BFS - Implementation.srt	5.4 KB
29. Type - Network Flow.srt	5.0 KB
5. Identification of Problem.srt	4.9 KB
11. DFS - Implementation (Iterative).srt	4.9 KB
26. Floyd-Warshall Algorithm - Implementation.srt	4.4 KB
17. Kruskal's Algorithm.srt	4.2 KB
12. Breadth First Search Traversal.srt	3.5 KB
7. Mind-Map.srt	3.5 KB
8. Type - Graph Traversal.srt	2.9 KB
33. Type - Strongly Connected Components.srt	2.8 KB
4. Terminologies.html	2.6 KB
20. Type - Shortest Path.srt	1.6 KB
2. Google's Knowledge Graph.html	0.2 KB
31. Ford-Fulkerson Algorithm - Edmond's Karp Implementation.mp4	125.9 MB
28. Johnson's Algorithm - Implementation.mp4	123.3 MB
35. Tarjan's Algorithm - Implementation.mp4	87.4 MB
19. Kruskal's Algorithm - Implementation.mp4	83.4 MB
37. Kosaraju's Algorithm - Implementation.mp4	80.9 MB
24. BellmanFord's Algo Live Code.mp4	59.1 MB
22. Dijkstra's Algorithm - Implementation.mp4	57.6 MB
30. Ford-Fulkerson Algorithm.mp4	55.3 MB
10. DFS - Implementation (Recursive).mp4	39.4 MB
16. Prim's Algorithm - Implementation.mp4	39.3 MB
26. Floyd-Warshall Algorithm - Implementation.mp4	33.5 MB
27. Johnson's Algorithm.mp4	31.6 MB
13. BFS - Implementation.mp4	31.0 MB
11. DFS - Implementation (Iterative).mp4	29.4 MB
3. Graphs - Overview.mp4	26.0 MB
34. Tarjan's Algorithm.mp4	23.6 MB
21. Dijkstra's Algorithm.mp4	22.1 MB
15. Prim's Algorithm.mp4	20.2 MB
6. Approaching the Problem.mp4	19.7 MB
1. Graphs - In Real World.mp4	19.4 MB
32. Max-Flow Min-Cut Theorem.mp4	16.4 MB
9. Depth First Search Traversal.mp4	15.7 MB
14. Type - Minimum Spanning Tree.mp4	15.6 MB
18. Union-Find Algorithm.mp4	15.0 MB
25. Floyd Warshall Algorithm.mp4	14.7 MB
36. Kosaraju's Algorithm.mp4	14.1 MB
23. BellmanFord's Algo.mp4	12.8 MB
29. Type - Network Flow.mp4	10.5 MB
17. Kruskal's Algorithm.mp4	9.8 MB
12. Breadth First Search Traversal.mp4	8.9 MB
5. Identification of Problem.mp4	7.5 MB
20. Type - Shortest Path.mp4	6.0 MB
8. Type - Graph Traversal.mp4	5.5 MB
33. Type - Strongly Connected Components.mp4	4.6 MB
7. Mind-Map.mp4	4.3 MB
/3. Complexity Analysis/
1. Section Introduction.srt	1.7 KB
4. Section Summary.srt	1.7 KB
3. Complexity Analysis 2.srt	17.7 KB
2. Complexity Analysis 1.srt	9.8 KB
3. Complexity Analysis 2.mp4	26.4 MB
2. Complexity Analysis 1.mp4	15.5 MB
1. Section Introduction.mp4	3.9 MB
4. Section Summary.mp4	2.3 MB
/11. Trees/
1. Tree Overview.srt	24.8 KB
9. Problem 3 Binary Search Tree - Live Code.srt	15.9 KB
8. Problem 3 Binary Search Tree - Logic.srt	13.5 KB
4. Problem 1 Sum Tree - Logic.srt	10.7 KB
11. Problem 4 Binary Tree from InOrder & LevelOrder - Live Code.srt	6.2 KB
3. Approaching Tree Problems.srt	5.6 KB
5. Problem 1 Sum Tree - Live Code.srt	5.4 KB
10. Problem 4 Binary Tree from InOrder & LevelOrder - Logic.srt	3.9 KB
7. Problem 2 Invert Binary Tree - Live Code.srt	3.8 KB
6. Problem 2 Invert Binary Tree - Logic.srt	2.8 KB
2. Identification.srt	2.2 KB
9. Problem 3 Binary Search Tree - Live Code.mp4	85.6 MB
1. Tree Overview.mp4	50.7 MB
11. Problem 4 Binary Tree from InOrder & LevelOrder - Live Code.mp4	50.3 MB
8. Problem 3 Binary Search Tree - Logic.mp4	27.6 MB
5. Problem 1 Sum Tree - Live Code.mp4	25.4 MB
7. Problem 2 Invert Binary Tree - Live Code.mp4	21.9 MB
4. Problem 1 Sum Tree - Logic.mp4	17.9 MB
3. Approaching Tree Problems.mp4	8.8 MB
10. Problem 4 Binary Tree from InOrder & LevelOrder - Logic.mp4	7.1 MB
6. Problem 2 Invert Binary Tree - Logic.mp4	5.2 MB
2. Identification.mp4	3.7 MB
/6. Backtracking/
2. Introduction to Backtracking.srt	2.4 KB
4. Approching the Solution.srt	12.4 KB
5. Problem 01 Rat In Maze - Logic.srt	10.7 KB
8. Problem 02 NQueen - Logic.srt	10.5 KB
1. Section Introduction.srt	2.1 KB
6. Problem 01 Rat In Maze - Code.srt	9.7 KB
9. Problem 02 NQueen - Live Code in Java.srt	8.9 KB
7. Problem 01 Rat In Maze - Complexity Analysis.srt	1.4 KB
10. Problem 02 NQueen - Complexity Analysis.srt	2.7 KB
15. Problem 04 Boggle Word Search - Live Code in Java.srt	7.9 KB
13. Problem 03 Knight Tour Problem - Complexity Analysis.srt	0.9 KB
14. Problem 04 Boggle Word Search - Logic.srt	7.5 KB
16. Problem 04 Boggle Word Search - Complexity Analysis.srt	1.0 KB
17. Section Summary.srt	1.6 KB
12. Problem 03 Knights Tour Problem - Live Code in Java.srt	6.9 KB
11. Problem 03 Knights Tour Problem - Logic.srt	6.4 KB
3. Identify Backtracking.srt	3.8 KB
6. Problem 01 Rat In Maze - Code.mp4	53.1 MB
9. Problem 02 NQueen - Live Code in Java.mp4	50.1 MB
12. Problem 03 Knights Tour Problem - Live Code in Java.mp4	45.4 MB
15. Problem 04 Boggle Word Search - Live Code in Java.mp4	45.0 MB
8. Problem 02 NQueen - Logic.mp4	18.1 MB
4. Approching the Solution.mp4	17.1 MB
5. Problem 01 Rat In Maze - Logic.mp4	16.1 MB
14. Problem 04 Boggle Word Search - Logic.mp4	12.5 MB
11. Problem 03 Knights Tour Problem - Logic.mp4	11.2 MB
3. Identify Backtracking.mp4	5.9 MB
10. Problem 02 NQueen - Complexity Analysis.mp4	4.4 MB
2. Introduction to Backtracking.mp4	3.6 MB
1. Section Introduction.mp4	2.4 MB
7. Problem 01 Rat In Maze - Complexity Analysis.mp4	2.2 MB
17. Section Summary.mp4	1.9 MB
13. Problem 03 Knight Tour Problem - Complexity Analysis.mp4	1.4 MB
16. Problem 04 Boggle Word Search - Complexity Analysis.mp4	1.2 MB
/4. Recurrence Relation/
5. Section Summary.mp4	952.6 KB
1. Section Introduction.srt	0.9 KB
5. Section Summary.srt	0.7 KB
3. Solving Recurrence Relation.srt	14.0 KB
2. Recurrence Relation.srt	6.9 KB
4. Master's Theorem.srt	6.7 KB
3. Solving Recurrence Relation.mp4	17.8 MB
4. Master's Theorem.mp4	8.9 MB
2. Recurrence Relation.mp4	8.8 MB
1. Section Introduction.mp4	1.1 MB
/.../13. Bonus Arrays in Java/
4. Declaration , Initialisation & Creation.srt	14.5 KB
2. Single Dimension Arrays.srt	13.6 KB
3. Multi Dimension Arrays.srt	10.4 KB
6. Traversing Arrays,Length of Array Java.srt	9.8 KB
8. Reassigning Array Objects to Array References.srt	9.7 KB
5. Playing With Arrays Syntax Java.srt	9.7 KB
7. Types of Array - based on elements it holds.srt	9.3 KB
9. Anonymous Arrays.srt	3.2 KB
1. Section Introduction.srt	2.1 KB
10. Arrays-Summay.srt	1.2 KB
4. Declaration , Initialisation & Creation.mp4	118.0 MB
5. Playing With Arrays Syntax Java.mp4	102.6 MB
2. Single Dimension Arrays.mp4	100.6 MB
3. Multi Dimension Arrays.mp4	98.9 MB
8. Reassigning Array Objects to Array References.mp4	92.4 MB
6. Traversing Arrays,Length of Array Java.mp4	91.3 MB
7. Types of Array - based on elements it holds.mp4	74.1 MB
9. Anonymous Arrays.mp4	27.0 MB
1. Section Introduction.mp4	4.6 MB
10. Arrays-Summay.mp4	3.2 MB
.pad/
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/8. Greedy Technique/
11. Problem 03 Huffman Code - Live Code Java.srt	17.3 KB
10. Problem 03 Huffman Code - Logic.srt	15.1 KB
13. Problem 04 Dijkstra - Logic.srt	10.2 KB
14. Problem 04 Dijkstra Logic - Live Code.srt	8.7 KB
5. Problem 01 Fractional Knapsack - Live Code Java.srt	8.6 KB
4. Problem 01 Fractional Knapsack - Logic.srt	7.6 KB
8. Problem 02 IntervalScheduling - Live Code Java.srt	7.5 KB
2. Introduction to Greedy.srt	7.0 KB
1. Section Introduction.srt	1.2 KB
6. Problem 01 Fractional Knapsack - Complexity Analysis.srt	1.1 KB
3. Identification & Approaching the Solution.srt	4.2 KB
9. Problem 02 IntervalScheduling - Complexity Analysis.srt	1.9 KB
12. Problem 03 Huffman Code - Complexity Analysis.srt	2.2 KB
7. Problem 02 IntervalScheduling - Logic.srt	3.3 KB
15. Problem 04 Dijkstra - Complexity Analysis.srt	1.2 KB
16. Summary.srt	1.1 KB
11. Problem 03 Huffman Code - Live Code Java.mp4	124.0 MB
14. Problem 04 Dijkstra Logic - Live Code.mp4	57.6 MB
5. Problem 01 Fractional Knapsack - Live Code Java.mp4	54.8 MB
8. Problem 02 IntervalScheduling - Live Code Java.mp4	44.6 MB
10. Problem 03 Huffman Code - Logic.mp4	23.6 MB
13. Problem 04 Dijkstra - Logic.mp4	22.1 MB
4. Problem 01 Fractional Knapsack - Logic.mp4	11.5 MB
2. Introduction to Greedy.mp4	8.9 MB
3. Identification & Approaching the Solution.mp4	6.1 MB
7. Problem 02 IntervalScheduling - Logic.mp4	6.0 MB
12. Problem 03 Huffman Code - Complexity Analysis.mp4	3.9 MB
9. Problem 02 IntervalScheduling - Complexity Analysis.mp4	2.4 MB
15. Problem 04 Dijkstra - Complexity Analysis.mp4	2.1 MB
1. Section Introduction.mp4	1.6 MB
6. Problem 01 Fractional Knapsack - Complexity Analysis.mp4	1.5 MB
16. Summary.mp4	1.4 MB
/.../14. Thank you!/
1. Thank You!.html	0.1 KB
/.../7. Divide and Conquer/
11. Problem 03 Median Of Medians - Live Java Code.srt	14.1 KB
7. Problem 02 QuickSort - Logic.srt	14.0 KB
4. Problem 01 MergeSort - Logic.srt	11.7 KB
10. Problem 03 Median Of Medians - Logic.srt	10.0 KB
5. Problem 01 MergeSort - Live Java Code.srt	8.2 KB
1. Section Introduction.srt	1.1 KB
8. Problem 02 QuickSort - Live Java Code.srt	6.7 KB
9. Problem 02 QuickSort - Complexity Analysis.srt	2.9 KB
6. Problem 01 MergeSort - Complexity Analysis.srt	5.4 KB
12. Section Summary.srt	1.0 KB
3. Identification and Approaching.srt	4.5 KB
2. Introduction To Divide And Conquer.srt	4.3 KB
11. Problem 03 Median Of Medians - Live Java Code.mp4	103.2 MB
5. Problem 01 MergeSort - Live Java Code.mp4	38.8 MB
8. Problem 02 QuickSort - Live Java Code.mp4	36.2 MB
7. Problem 02 QuickSort - Logic.mp4	22.4 MB
4. Problem 01 MergeSort - Logic.mp4	20.1 MB
10. Problem 03 Median Of Medians - Logic.mp4	17.5 MB
6. Problem 01 MergeSort - Complexity Analysis.mp4	7.0 MB
2. Introduction To Divide And Conquer.mp4	6.6 MB
3. Identification and Approaching.mp4	6.4 MB
9. Problem 02 QuickSort - Complexity Analysis.mp4	4.0 MB
1. Section Introduction.mp4	1.4 MB
12. Section Summary.mp4	1.3 MB
/5. Thinking Recursively/
7. Problem 01 Tower of Hanoi - Complexity Analysis.srt	12.6 KB
10. Problem 03 FindingSubsequences - Complexity Analysis.srt	2.3 KB
13. Problem 03 Array Product Sum - Complexity Analysis.srt	1.3 KB
16. Problem 04 Binary Subtree - Complexity Analysis.srt	0.9 KB
17. Why and Why not Recursion.srt	1.7 KB
15. Problem 04 Binary Subtree - Live Code Java.srt	9.9 KB
20. Section Summary.srt	1.5 KB
2. Recursion.srt	9.0 KB
3. Identification.srt	8.6 KB
14. Problem 04 Binary Subtree - Logic.srt	8.0 KB
5. Problem 01 Tower of Hanoi - Logic.srt	7.0 KB
4. Approaching.srt	6.7 KB
19. Tail Recursion.srt	6.3 KB
11. Problem 03 7.Array Product Sum - Logic.srt	6.0 KB
9. Problem 02 FindingSubsequences - Live Code Java.srt	5.9 KB
12. Problem 03 7.Array Product Sum - Live Code Java.srt	5.2 KB
18. Types Of Recursion.srt	5.2 KB
8. Problem 02 FindingSubsequences - Logic.srt	4.6 KB
6. Problem 01 Tower of Hanoi - Live Code Java.srt	4.5 KB
1. Section Introduction.srt	3.3 KB
15. Problem 04 Binary Subtree - Live Code Java.mp4	53.7 MB
9. Problem 02 FindingSubsequences - Live Code Java.mp4	31.0 MB
12. Problem 03 7.Array Product Sum - Live Code Java.mp4	24.7 MB
6. Problem 01 Tower of Hanoi - Live Code Java.mp4	24.0 MB
7. Problem 01 Tower of Hanoi - Complexity Analysis.mp4	15.3 MB
2. Recursion.mp4	13.5 MB
14. Problem 04 Binary Subtree - Logic.mp4	12.9 MB
3. Identification.mp4	11.8 MB
5. Problem 01 Tower of Hanoi - Logic.mp4	9.3 MB
19. Tail Recursion.mp4	9.0 MB
4. Approaching.mp4	8.5 MB
11. Problem 03 7.Array Product Sum - Logic.mp4	8.1 MB
8. Problem 02 FindingSubsequences - Logic.mp4	6.9 MB
18. Types Of Recursion.mp4	6.6 MB
10. Problem 03 FindingSubsequences - Complexity Analysis.mp4	4.7 MB
1. Section Introduction.mp4	3.3 MB
17. Why and Why not Recursion.mp4	2.1 MB
20. Section Summary.mp4	1.8 MB
13. Problem 03 Array Product Sum - Complexity Analysis.mp4	1.6 MB
16. Problem 04 Binary Subtree - Complexity Analysis.mp4	1.6 MB
/.../2. Introduction to Algorithms/
1. Introduction to Algorithms.srt	4.9 KB
1. Introduction to Algorithms.mp4	12.8 MB
Total files 492