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linkedlists-using-class

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This directory provides deep dives into low-level memory management and algorithmic analysis. It details heap allocator mechanics, hidden headers, and fragmentation for free() and delete operations. Additionally, it clarifies space complexity, contrasting input versus auxiliary space to evaluate true efficiency.

  • Updated Sep 29, 2026

This repository features a complete C++ implementation and mathematical analysis of the Unrolled Linked List data structure, based on the guide by Avinandan Bose. It explores hybrid array-list mechanics, memory allocation, cache locality, complexity proofs, and advanced variations like Doubly and Circular Unrolled Lists.

  • Updated Sep 29, 2026

This is a simple implementation of a one-way linked-list in Go. The one way linkedlist is a data structure that is made up of nodes. Each node contains a value and a pointer to the next node. The head of the list is the first node in the list. The tail of the list is the last node in the list. The tail of the list points to nil.

  • Updated Dec 14, 2022
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