RISC-V Ftrace - Working with Preemption
Explore RISC-V ftrace implementation challenges and solutions for handling preemption in Linux kernel tracing, enhancing debugging capabilities for RISC-V architecture.
Confidential Computing for RISC-V-based Platforms
Explore confidential computing implementation on RISC-V platforms, focusing on security enhancements, architectural considerations, and potential applications in secure data processing.
Open Source FPGA NVMe Accelerator Platform for BPF Driven ML Processing with Linux - Zephyr
Explore an open-source FPGA NVMe accelerator platform for BPF-driven machine learning processing, integrating Linux and Zephyr operating systems for enhanced performance and flexibility.
Bringing Packet Queueing to XDP
Explore packet queueing implementation in XDP, enhancing network performance and flexibility. Learn about challenges, solutions, and future developments in Linux networking.
Linux IEEE 802.15.4 MLME Improvements
Explore advancements in Linux IEEE 802.15.4 MLME, focusing on key improvements and their impact on wireless networking protocols for low-power devices.
Putting Firmware on the Device - A Zephyr+Yocto+Mender Hike
Explore integrating Zephyr, Yocto, and Mender for efficient firmware deployment on embedded devices. Learn best practices and overcome challenges in this comprehensive technical walkthrough.
Linux per CPU Idle Injection
Explore per-CPU idle injection in Linux, its implementation, challenges, and potential improvements for enhanced power management and system performance.
MPTCP - Extending Kernel Functionality with eBPF and Netlink
Explore MPTCP kernel extension using eBPF and Netlink, enhancing network functionality and performance in Linux systems.
Libre Silicon in IoT
Explore open-source silicon design for IoT applications, focusing on challenges, opportunities, and potential impact on the industry's future.
XDP Gaining Access to NIC Hardware Hints via BTF
Explore how XDP can access NIC hardware hints through BTF, enhancing network performance and efficiency in Linux systems.
eBPF Standardization
Explore eBPF standardization efforts, challenges, and future directions with industry expert Dave Thaler in this insightful Linux Plumbers Conference talk.
Socket Termination for Policy Enforcement and Load-Balancing
Explore socket termination techniques for enhancing network security and optimizing traffic distribution in Linux systems.
Abusing Zephyr and Meta-Zephyr
Explore innovative techniques for leveraging Zephyr and meta-Zephyr in embedded systems development, uncovering unconventional applications and pushing the boundaries of these powerful tools.
Rust - Miguel Ojeda, Wedson Almeida Filho
Explore Rust's integration into the Linux kernel, discussing its benefits, challenges, and potential impact on system development and security.
State of Kprobes - Trampolines Batch Attachment
Explore the latest developments in kprobes and trampoline batch attachment for Linux kernel debugging and performance analysis.
Current Status and Future Plans of DAMON
Explore the current state and future roadmap of DAMON, a data access monitoring framework for Linux systems, with insights from developer SeongJae Park.
Zettalinux - It's Not Too Late To Start
Explore the future of Linux with Zettalinux, a cutting-edge project aimed at revolutionizing memory management and system performance for the next generation of computing.
Live in a World with Multiple Memory Types
Explore diverse memory types and their implications for system performance, efficiency, and design in modern computing environments.
Performance Insights into eBPF Step by Step
Explore eBPF performance insights through a step-by-step analysis, uncovering optimization techniques and best practices for efficient system-level programming.
Why is devm_kzalloc() Harmful and What Can We Do About It
Explore the drawbacks of devm_kzalloc() in Linux kernel development and discover alternative approaches for efficient memory management and resource allocation.
eBPF Kernel Scheduling with Ghost
Explore eBPF kernel scheduling using Ghost, a framework for custom schedulers. Learn about innovative approaches to CPU resource management and task scheduling in Linux systems.