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Linux Kernel Memory Management - AD-TEAM - 08-26-2025
![[Image: c4ada24a66d2dead5ad82ade93910e60.jpg]](https://i125.fastpic.org/big/2025/0727/60/c4ada24a66d2dead5ad82ade93910e60.jpg)
Linux Kernel Memory Management
Published 6/2025
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 761.34 MB | Duration: 2h 20m
Explore how the Linux kernel allocates, manages, and protects system memory.
What you'll learn
Understand how memory is structured and managed in the Linux kernel.
Learn how Linux handles virtual memory, paging, segmentation, and physical memory mapping.
Explore important kernel data structures like struct page, vm_area_struct, and memory zones
Trace how system calls and user-space memory requests are handled in the kernel.
Requirements
Basic knowledge of C programming.
No prior experience with kernel development is required, but it's a bonus!
Description
Behind every running application, service, or container in Linux, there's a powerful memory management system ensuring that resources are allocated efficiently, processes are isolated securely, and performance is optimized. In this course, we take you deep into the world of Linux Kernel Memory Management, exploring how the operating system handles memory under the hood-from basic paging to advanced allocation strategies.This course is designed to demystify one of the most complex and critical areas of Linux internals. You'll begin by understanding how physical and virtual memory are structured in Linux. From there, we'll examine key kernel components such as memory zones, page tables, slab and slub allocators, the buddy system, and how the kernel efficiently maps, allocates, and tracks memory using structures like vm_area_struct and struct page.You'll get hands-on with real-world tools like /proc, vmstat, top, and kmemleak, and you'll learn to analyze memory-related issues, monitor usage, and debug potential problems. We also cover how system calls interact with memory and how memory is shared, protected, and reclaimed.Whether you're an aspiring kernel developer, systems programmer, or someone who simply wants to go beyond the surface of Linux, this course will give you the skills and insights to truly master memory at the kernel level.
Overview
Section 1: Introduction
Lecture 1 Introduction
Section 2: Page
Lecture 2 Page
Lecture 3 Page Usage
Section 3: Process Address Space
Lecture 4 Process Address Space
Lecture 5 Virtual Memory Area
Lecture 6 Page Table
Section 4: Virtual Memory
Lecture 7 Virtual Memory
Section 5: Memory Descriptor
Lecture 8 Memory Descriptor
Lecture 9 mm_struct continue
Lecture 10 Allocation and Destroy of memory descriptor
Section 6: Virtual Memory Areas
Lecture 11 Virtual Memory Area
Lecture 12 VMA Operations
Lecture 13 VMA ops Continue
Section 7: Kernel Segment
Lecture 14 Kernel Segment
Section 8: Page Management
Lecture 15 Page Structure
Lecture 16 Page Allocation
Section 9: Zones
Lecture 17 Zones in Linux Kernel
Section 10: Memory Allocation in Linux Kernel
Lecture 18 Kmalloc
Lecture 19 Vmalloc
System programmers who want to understand how the kernel handles memory under the hood.,Computer science students looking to deepen their OS internals knowledge
![[Image: hii07UpO_o.jpg]](https://images2.imgbox.com/87/85/hii07UpO_o.jpg)
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