Fixing the Filesystem Freeze API
Exploring improvements to Linux kernel's filesystem freeze functionality, addressing issues like lack of check API, unmounting frozen filesystems, and compatibility with multi-device filesystems and DM snapshot.
Scalability Issues in Linux Kernel
Explore Linux kernel scalability challenges, including bottlenecks, framework improvements, and tuning strategies for high-performance systems and multi-threaded applications.
How Will We Address Persistent Memory
Explore persistent memory technologies, their characteristics, and implications for file system implementation in Linux, discussing hardware, software stacks, and potential approaches.
Packing, Spreading and Scheduling Latency
Explore task scheduling optimization, power efficiency, and latency reduction in CPU management. Learn about packing policies and activity monitoring for improved system performance.
Let Me Contain That For You
Redesign of Google's container management solution, addressing scalability, resource utilization, priority management, and hierarchical containment for future workload demands.
Android Netfilter Changes
Exploring Android netfilter changes and efforts to merge functionality with upstream Linux, focusing on ConfigFS gadget integration and remaining challenges for Android migration.
ION - dma-buf Allocators - Constraint Solving
Roundtable on ION/dma-buf allocators and constraint solving, discussing centralized vs device-specific allocators, userland device constraint discovery, and potential iommu/dma-api extensions.
Fedora - Systemd on LXC Status
Explore challenges and solutions for integrating systemd with LXC containers, focusing on Fedora implementations and IBM insights.
Performance and Scalability MC
Explore Linux kernel performance optimizations, scalability challenges, and real-world bottlenecks. Discuss topics like mmap_sem locking, page allocation, and workqueue improvements.
Power Management and Energy-awareness
Explore power management frameworks, task scheduling for energy optimization, and platform mechanisms to enhance Linux's power and energy-awareness through cross-framework discussions.
BPF Microconference
Explore advancements in BPF technology for Linux kernel, covering networking, tracing, and security. Learn about verifier scalability, type formats, dynamic tracing, and more in this comprehensive session.
Real Time MC
Explore the journey of PREEMPT_RT in Linux, its impact on kernel development, and future challenges in real-time operating systems.
Toolchain MC
Explore recent developments, roadmaps, and challenges in GNU Toolchain and Clang/LLVM, focusing on their critical role in Linux Kernel, Open Source Software, and hardware innovation.
Containers Micro-Conference at Linux Plumbers Conference
Explore cutting-edge container technologies, including CRIU, cgroups, namespaces, and security enhancements. Gain insights from industry experts on improving container runtimes and addressing challenges in large-scale deployments.
Testing and Fuzzing
Explore advanced Linux kernel testing techniques, including fuzzing, automated testing, and static analysis tools. Gain insights from leading developers to improve kernel reliability and security.
Live Kernel Patching
Live Kernel Patching miniconference: Discussing unresolved issues and proposed features to enhance Linux Kernel's live patching capabilities, focusing on implementation challenges and potential solutions.
RISC-V MC
Explore RISC-V ecosystem growth, hardware designs, and Linux kernel support. Discuss design challenges and ideas for implementing kernel features, aiming to increase developer participation and improve RISC-V Linux stability.
Building Stable Kernel Trees with Machine Learning
Explore machine learning techniques for building stable kernel trees, focusing on automated patch review and neural network applications in kernel development.
ERSPAN Support for Linux
Explore ERSPAN support in Linux for network troubleshooting, including implementation, use cases, and practical examples for enhanced port mirroring capabilities across Layer 3 networks.
GCMA - Guaranteed Contiguous Memory Allocator
Explore the Guaranteed Contiguous Memory Allocator (GCMA) for Linux, its design principles, implementation challenges, and potential performance benefits for memory-intensive applications.
Managing Memory Bandwidth Antagonism at Scale
Explore memory bandwidth management in multi-tenant cloud environments, covering detection, mitigation strategies, and Intel RDT implementation challenges for consistent application performance.