Welcome to a repository dedicated to exploring and demystifying the concept of Virtual Memory Management in computer systems! Dive into detailed discussions, ranging from physical and virtual page mappings, page table intricacies, to multi-level paging and memory fragmentation.
- 1:1 Mapping between Physical and Virtual Page
- Virtual Address Composition
- Page Table Explorations
- Paging in Action
- Shared Physical Memory Frames
- Resolving External Fragmentation
- Page Allocation to a Process
- Understanding Shared Physical Pages
- Problems with Page Tables
- Managing Large Page Table Size
- Need for Contiguous Main Memory
- Addressing Page Table Hollowness
- Introduction to Multi-Level Paging
- Multilevel Paging In Action
Dive deep into various aspects of memory management in computing. Whether you are a student 🎓, a developer 👨💻, or simply an enthusiast 🚀, this repository is designed to enhance your understanding by breaking down complex topics into digestible discussions.
- The intricacies of virtual and physical address mappings.
- Understanding the concept and problems of page tables.
- How paging and multi-level paging works in action.
- The phenomenon of memory fragmentation and approaches to resolve it.
Basic understanding of:
- Computer Architecture 💻
- Operating Systems 🖥
- Memory hierarchy and management 🗂
Feel free to clone, fork, or download this repository for a thorough exploration of virtual memory management concepts. Dive into each markdown file for topic-specific insights and discussions.
This project is licensed under the MIT License - see the LICENSE file for details.
🙏 Thank you for visiting the repository! Feel free to contribute, and let's make learning about virtual memory management an insightful journey for everyone! 🚀📘