Developed and Analyzed Algorithms for Rhyme and Scheduling

📅 2023-08-10 — Session: Developed and Analyzed Algorithms for Rhyme and Scheduling

🕒 05:10–06:10
🏷️ Labels: Dynamic Programming, Recursion, Greedy Algorithms, Python, Scheduling
📂 Project: Dev
⭐ Priority: MEDIUM

The session aimed to explore and implement algorithms for minimizing ‘cringe’ in poetry and optimizing scheduling for conferences and attractions.

Reformulated a problem involving rhyme in poetry, focusing on minimizing resource usage to achieve rhyming words through recursive and dynamic programming techniques.
Developed a dynamic programming solution using a top-down memoization approach to optimize word division into verses.
Compared recursive solutions for rhyme minimization, highlighting differences in problem definition and dynamic programming usage.
Defined a recursive function to calculate minimum ‘cringe’ and implemented it using dynamic programming.
Formally defined problems for string generation and interval graphs, proposing recursive algorithms and analyzing their complexity.
Developed a recursive function for string generation with constraints, utilizing a top-down approach with memoization.
Explored greedy algorithms for maximizing presentation impact at scientific conferences, including Python implementations for prioritizing presentations by value and scheduling.

Successfully implemented and analyzed algorithms for minimizing ‘cringe’ in poetry and optimizing conference scheduling.
Developed Python algorithms for maximizing presentation impact and scheduling conferences and attractions.

Further development and testing of additional functions for conference and attraction scheduling.
Integration of greedy and dynamic programming concepts in educational exercises.