Episode #77

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• Define a complete binary tree.
• Define a doubly linked list.
• Define AVL tree.
• Differentiate between a directed and undirected graph.
• Define a weighted graph.
• Define a dense graph.
• Explain Breadth-first search (BFS) in tree traversal.
• Define a hash function in the context of hash tables.
• Define linear probing in the context of open addressing.
• Define a trie (prefix tree).
• Define a segment tree.
• Explain dynamic programming in relation to data structures.
• Define amortized analysis in the context of algorithm complexity.
• Define a priority queue.
• Define a graph vertex.
• Differentiate between adjacency list and adjacency matrix representations of a graph.
• Define Dijkstra's algorithm.
• Define a quadtree.
• Define the Boyer-Moore algorithm.
• Explain the A* search algorithm.
• Define a k-d tree (k-dimensional tree).
• Define the concept of a persistent data structure.
• Define interval trees.
• Define a union by rank and path compression in disjoint-set data structures.
• Define the concept of an exponential tree.

This episode was narrated by OpenAI's Text-to-Speech API.