Hypervisor-managed Linear Address Translation
Explore Intel's innovative approach to linear address translation in virtualization, enhancing performance and security for modern computing systems.
Long Live Asynchronous Page Fault
Explore asynchronous page fault handling in Linux systems, its benefits, and implementation challenges with Red Hat experts.
Understand ECC Support for NAND Flash Devices in Linux
Explore NAND flash ECC support in Linux, covering algorithms, engine missions, and configurations for robust error correction in storage devices.
Virtio Techniques for Managing Guest Memory
Explore advanced techniques for managing guest memory in virtualized environments, focusing on virtio-balloon, virtio-pmem, and virtio-mem technologies.
Compute Express Link Microconference - LPC 2023
Explore Compute Express Link technology and its applications in modern computing systems at this Linux Plumbers Conference session.
Adding Functionality to Make Windows Games Run Faster on Linux
Explore kernel-level enhancements for efficient Windows game emulation on Linux, focusing on memory management improvements and API implementations for better performance.
Batch Rendering - Dynamic Geometry
Learn efficient batch rendering techniques for dynamic geometry, optimizing performance in real-time graphics applications and game development.
GMEM: Generalized OS Memory Management for Accelerators
Explore GMEM, a design change to Linux memory management that simplifies accelerator drivers, improves programmability, and enables unified address spaces for CPUs and accelerators.
Dynamic Memory Management and Heap Implementation - Lecture 16
Implement dynamic memory management and heap functionality in a custom operating system, including new and delete operators for efficient memory allocation.
Write Your Own Operating System - Memory Segments and Global Descriptor Table - Part 3
Explore memory segmentation and Global Descriptor Table implementation for custom OS development. Learn prerequisites for hardware interrupt handling.
Let's Get the Kernel on Schedule - Implementing a Scheduler
Dive into kernel development: implement a scheduler, explore task states, and master task creation/termination in this hands-on tutorial with Andrea and Yannick.
Writing a Minimalist Linux Kernel - From Concept to Implementation
Explore the process of creating a minimalist Linux kernel, from initial coding to advanced features like cursor updates, snap support, and scheduling, in this comprehensive tutorial.
Do You Want to Build a Kernel? - Introduction to Kernel Development
Learn to build a micro-kernel with expert guidance, covering bootloaders, memory management, and creating bootable devices in this hands-on introduction to kernel development fundamentals.
Data Access Monitoring Operator (DAMO) - User-Space Tool for Access-Aware Profiling and Optimization in Linux
Explore DAMON for efficient data access monitoring and optimization in Linux systems. Learn to use DAMO for profiling, tuning, and developing custom tools using Python.
Linux Memory Management and Containers - Tutorial
Explore Linux memory management principles and their impact on containerized processes, covering demand paging, swapping, OOM killing, and NUMA configurations. Practical exercises included.
Shaking Up AI Memory - Experimental Insights with Incredi-Mem and GPT-4
Explore an innovative AI memory technique using dynamic summarization and secondary memory to optimize GPT-4 chatbot performance, with code demonstrations and practical insights.
Thermal Kernel-User Notification Issues with Netlink
Explores challenges with Netlink for thermal notifications in Linux, discussing issues like system freezes during event storms and increased memory usage, impacting system stability and performance.
16K Page Size Support in Android - Performance and Challenges
Explore Android's move to larger base page sizes, including performance benefits, current status, and challenges in implementing 16k page size support for mobile applications.
Hypervisor-Enforced Kernel Integrity for KVM
Enhancing Linux kernel security through KVM-based protection mechanisms, offering improved defense against vulnerabilities and discussing new features for mainline integration.
A move_pages() Equivalent for Physical Memory
Proposal for a syscall to migrate physical memory contents between NUMA nodes, exploring integration with mm/migrate.c and potential applications in tiering frameworks.
Linux Kernel Autotuning for Optimal Performance
Automated solution for optimizing Linux kernel parameters using machine learning, focusing on memory management. Explores design, architecture, and results, proposing future in-kernel ML framework.