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  • Data Structures and Algorithms
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  • Disjoint Sets(Union-Find)chevron-right
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  • Greedy Algorithmschevron-right
    • 1.Activity Selection
    • 2. N meetings in one room
    • 3.Minimum Platforms
    • 4. Car Pooling
    • 5. Maximum Population Year
    • 6.Meeting Rooms
    • 7. Equal Sum Arrays With Minimum Number of Operations
    • 8. Two City Scheduling
    • 9. Non-overlapping Intervals
    • 10. Minimum Number of Arrows to Burst Balloons
    • 11. Maximum Profit in Job Scheduling{IMP}
    • 12.Huffman Coding
    • 13. Minimum Cost Tree From Leaf Values
    • 14.Maximum Number of Events That Can Be Attended
    • 15. Video Stitching
    • 16. Minimum Number of Taps to Open to Water a Garden
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    • Merge Sort
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  • 🚙OOPS
    • Introduction and Definitions
  • 📨COMPUTER-NETWORKS
    • OSI | TCP IP Model
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Greedy Algorithms

1.Activity Selectionchevron-right2. N meetings in one roomchevron-right3.Minimum Platformschevron-right4. Car Poolingchevron-right5. Maximum Population Yearchevron-right6.Meeting Roomschevron-right7. Equal Sum Arrays With Minimum Number of Operationschevron-right8. Two City Schedulingchevron-right9. Non-overlapping Intervalschevron-right10. Minimum Number of Arrows to Burst Balloonschevron-right11. Maximum Profit in Job Scheduling{IMP}chevron-right12.Huffman Codingchevron-right13. Minimum Cost Tree From Leaf Valueschevron-right14.Maximum Number of Events That Can Be Attendedchevron-right15. Video Stitchingchevron-right16. Minimum Number of Taps to Open to Water a Gardenchevron-right

Previous56. Ones and Zeroeschevron-leftNext1.Activity Selectionchevron-right

Last updated 4 years ago