35:48
Kernel Recipes 2012 - Embedded is not special - David Woodhouse
49:58
Kernel Recipes 2012 - Contrôle d'accès du kernel - Samir Bellabes
57:20
Kernel Recipes 2012 - Flash Memory David Woodhouse
51:12
Kernel Recipes 2012 - Interruption timer périodique Frédéric Weisbecker
55:00
Kernel Recipes 2012 - Maintenance des branches stables - Willy Tarreau
35:47
Kernel Recipes 2024 - Case Study: Concurrent Counting
46:42
Tracking down sources of kernel errors with retsnoop
50:59
Kernel Recipes 2024 - Enhancing spatial safety
45:11
Kernel Recipes 2024 - Assisted reorganization of data structures
40:09
Kernel Recipes 2024 - Diving into the kernel mitigations
52:59
Kernel Recipes 2024 - virtme-ng
41:38
Kernel Recipes 2024 - Reader Writer Semaphore design
28:53
Kernel Recipes 2024 - Hazard pointers with reference counter
40:28
Kernel Recipes 2024 - CVEs are alive, but no not panic!
48:55
Kernel Recipes 2024 - Efficient zero-copy networking using io_uring
35:22
Kernel Recipes 2024 - Dual level of task scheduling for VM workloads
40:56
Kernel Recipes 2024 - Scheduling with superpowers: Using sched_ext to get big perf gains
42:30
Kernel Recipes 2024 - Working towards upstream first
55:33
Kernel Recipes 2024 - Making the kernel suck less!
33:26
Kernel Recipes 2024 - Consoles, printk, nested-NMI!? oh my!
42:46
Kernel Recipes 2024 - Giving Rust a chance for in-kernel codecs
40:06
Kernel Recipes 2024 - PREEMPT_RT over the years
48:18
Kernel Recipes 2024 - How CERN serves 1EB of data via FUSE
56:29
Kernel Recipes 2024 - All your memory are belong to… whom?
39:23
Kernel Recipes 2024 - Interfacing Kernel C APIs from Rust
29:54
Kernel Recipes 2023 - Netconf 2023 Workshop
44:43
Kernel Recipes 2023 - A unique way to maintain a Linux kernel subsystem
46:50
Kernel Recipes - The Arm laptop project
35:01
Kernel Recipes 2023 - Getting the RK3588 SoC supported upstream
41:29
Kernel Recipes 2023 - Evolving ftrace on arm64
41:41
Kernel Recipes 2023 - Resource control in production at Meta
50:59
Kernel Recipes 2023 - Gaining bounds-checking on trailing arrays
44:29
Kernel Recipes 2023 - Panic Attack – a discussion about kdump, panic notifiers, graphics
43:12
Kernel Recipes 2023 - Fast by Friday: Why Kernel Superpowers are Essential
51:14
Kernel Recipes 2023 - Faster & Fewer Page Faults
51:34
Kernel Recipes 2023 - Update on Landlock: Audit, Debugging and Metrics
38:11
Kernel Recipes 2023 - Hardware and its Concurrency Habits
52:00
Kernel Recipes 2023 - stress-ng: finding kernel bugs through stress testing
30:17
Kernel Recipes 2023 - On the way to io_uring networking
28:59
Kernel Recipes 2023 - Linux and gaming: the road to performance
59:06
Kernel Recipes 2023 - Coming soon
56:29
Kernel Recipes 2023 - The maintainer’s POV
39:28
Kernel Recipes 2023 - How not to submit a patchset?
45:45
Kernel Recipes 2023 - A quarter century of Linux open source, my personal journey
47:26
Kernel Recipes 2023 - sched_ext: pluggable scheduling in the Linux kernel
51:09
Kernel Recipes 2023 - Demystifying the Linux kernel security process
47:54
Embedded Recipes 2022 - Tracing on embedded boards
44:59
Embedded Recipes 2022 - A path to upstream AI/ML accelerators
55:02
Embedded Recipes 2022 - Weston multi-backend: screen recording, streaming, and remote control
50:52
Embedded Recipes 2022 - This is how libcamera will support your platform
49:29
Embedded Recipes 2022 - Designing an industrial audio application on Linux: a HW/SW codesign story
53:54
Embedded Recipes 2022 - The next 50 million firmware updates
56:49
Embedded Recipes 2022 - Faster Boots with Timestamped Boot Logging
34:58
Embedded Recipes 2022 - Linux as a UEFI bootloader and kexecing windows
30:33
Embedded Recipes 2022 - Can Linux based systems be safe as safety as possible ?
34:01
Embedded Recipes 2022 - Secure Elements in a Trusted Execution Environment
55:17
Kernel Recipes 2022 - Advanced Camera Support on Allwinner SoCs with Mainline Linux
55:17
Embedded Recipes 2022 - Advanced Camera Support on Allwinner SoCs with Mainline Linux
36:31
Embedded Recipes 2022 - Creating custom Debian images for your embedded device
36:31
Kernel Recipes - Creating custom Debian images for your embedded device
X
About
We have started working on Kernel Recipes more than 10 years ago. The main goal was to create a yearly meeting in France and give the opportunity to meet the guys involved in kernel.org. But we wanted to organize it so that it can be less formal and more "human" than most of the existing meeting in Europe or in the US. That's why the max number of expected people is about 150. There is no main line for the talks but rather quite an open one: current burning topics, future of Linux kernel development, project organization, security, relations with other free software projects, relations with hardware manufacturers.
All talks are organized in a single room so that people do not have to choose what talks they should attend. Priority is given to pedagogy and exchanges between attendees and speakers. A lunch is offered for each day so that people can discuss some more and we use to have social events at the end of each days.
Tags