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@Sreeja-99
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Implemented four different approaches to solve the house robber problem, including recursion, memoization, and dynamic programming.
@super30admin
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Strengths:

  • The student demonstrates a strong understanding of different approaches (recursion, memoization, DP) and their trade-offs.
  • The code is well-commented and easy to follow.
  • The student considers edge cases and optimizes space complexity where possible.

Areas for Improvement:

  • For Leetcode_322, the memoization solution (Way4) could be further optimized by initializing the memo array with -1 or another sentinel value to avoid confusion with 0.
  • The student could add more comments explaining the transition from recursion to DP for better clarity.
  • In the DP solution for Leetcode_322 (Way3), the inner loop could be optimized to start from coins[i-1] instead of 0, as values below coins[i-1] don't change.

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2 participants