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I am requesting the addition of LeetCode problem number 1120. This problem involves determining the earliest time at which all individuals in a network become friends, given a series of friendship events over time. The problem can be modeled using graph theory, specifically focusing on union-find data structures or other methods to track connected components in the graph
Use Case
Adding this problem would provide users with a new problem to solve, which can help in practicing and enhancing their problem-solving skills in graph theory and union-find techniques. This problem is a good example of real-world scenarios where connectivity and network analysis are important.
Benefits
Implementing this feature would expand the variety of problems available in the repository, thus catering to a wider range of interests and skill levels. It will also help users practice and improve their understanding of advanced algorithms and data structures. Providing solutions and discussions for such problems can foster a more engaged and knowledgeable community.
Add ScreenShots
No response
Priority
High
Record
I have read the Contributing Guidelines
I'm a GSSOC'24 contributor
I have starred the repository
The text was updated successfully, but these errors were encountered:
Hi @kashvi7440! Thanks for opening this issue. We appreciate your contribution to this open-source project. Your input is valuable and we aim to respond or assign your issue as soon as possible. Thanks again!
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Feature Description
I am requesting the addition of LeetCode problem number 1120. This problem involves determining the earliest time at which all individuals in a network become friends, given a series of friendship events over time. The problem can be modeled using graph theory, specifically focusing on union-find data structures or other methods to track connected components in the graph
Use Case
Adding this problem would provide users with a new problem to solve, which can help in practicing and enhancing their problem-solving skills in graph theory and union-find techniques. This problem is a good example of real-world scenarios where connectivity and network analysis are important.
Benefits
Implementing this feature would expand the variety of problems available in the repository, thus catering to a wider range of interests and skill levels. It will also help users practice and improve their understanding of advanced algorithms and data structures. Providing solutions and discussions for such problems can foster a more engaged and knowledgeable community.
Add ScreenShots
No response
Priority
High
Record
The text was updated successfully, but these errors were encountered: