| 1 |
L1_Welcome Lecture.pdf |
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| 2 |
L2- Complexity.pdf |
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| 3 |
L3_Recurrance Relations and Master Theorem.pdf |
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| 4 |
L4_DIVIDE AND CONQUER.pdf |
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| 5 |
L5_Matrix Multiplication.pdf |
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| 6 |
L6_Large_number_multi.pdf |
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| 7 |
L7_Bucket and Radix.pdf |
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| 8 |
L8_Max-Min_Median problem.pdf |
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| 9 |
L9 Greedy, Knapsack.pdf |
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| 10 |
L10 Minimum Spanning trees, Prims Algorithm.pdf |
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| 11 |
L11 Dsjt Set Kruskals.pdf |
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| 12 |
L12 Kruskals, Dijkstra.pdf |
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| 13 |
L13_Dijkastra Algorithms.pdf |
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| 14 |
L14_Huffman code.pdf |
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| 15 |
L15_DFS_bi-connectivity.pdf |
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| 16 |
L16_Articulation Point.pdf |
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| 17 |
L17_dynamic Programming.pdf |
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| 18 |
L18_Backtracking.pdf |
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| 19 |
L19_Max Flow Min Cut.pdf |
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| 20 |
L20_complexity ClassesP_NP.pdf |
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