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AIEP 2021 Track 1's progress on

Range Queries: Square-Root Decomposition, Segment Trees, Binary-Indexed Trees

[[ nSolved ]] / [[ nProblems ]] ([[ percentComplete ]]%) solved by AIEP 2021 Track 1


Problems

  • 1.0 Sqrt Decomposition (Tutorial on CP Algorithms)
  • 1.1 Range Minimum Queries (Slides from Stanford)
  • 2.0 Segment Tree (Tutorial on CP Algorithms)
  • 2.1 Algorithms Dead 3: Segment Trees
  • 2.2 Algorithms Live! Episode 4: Segment Trees
  • 2.3 Algorithm Gym :: Everything About Segment Trees (Codeforces Blog Post)
  • 2.4 Efficient and Easy Segment Trees (Codeforces Blog Post)
  • 3.0 Fenwick Tree (Tutorial on CP Algorithms)
  • 3.1 Algorithms Live! Episode 0: Fenwick Trees
  • 3.2 Binary-Indexed Trees (Tutorial on TopCoder)
  • 3.3 BIT: What is the intuition behind a binary indexed tree and how was it thought about? (CS Stack Exchange)
  • Efficient Range Minimum Queries using Binary Indexed Trees (IOI Conference 2015)
  • Find the largest sum subarray from the given array using segment trees (Stack Overflow)
  • Range Minimum Query (Tutorial on CP Algorithms)

Related Sets

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