- David Woodhouse -- Embedded maintainers: Community and Embedded Linux
- Mike Anderson -- Using a JTAG for Linux driver debugging
- Tim Bird -- Tools and techniques for reducing bootup time
- Vitaly Bordug -- Device Trees in Linux
- Andrew Christian -- Handhelds Mojo - Building and running Ubuntu distributions on ARM
- Shane Martin Coughlan -- The strategic implementation of free software in business
- Jake Edge -- Avoiding web application flaws in embedded devices
- Armijn Hemel -- Abusing UPnP
- Marcel Holtmann -- BlueZ 4.0
- Perry Ismangil and Benny Prijono -- pjsip: open source compact SIP and media stack
- Mischa Jonker -- Power management on an ARM11 platform
- Jaya Kumar -- Deferred IO and E-paper displays
- Vasileios Laganakos -- Portability and optimization of GNU / open source applications with ARM embedded Linux
- Phillip Lougher -- An overview of the Squashfs filesystem
- Nedeljko Miljevic and Klaas van Gend -- Building embedded userlands
- Denis Oliver Kropp -- Open integration layer - DirectFB 2.0
- Bill Roman -- Using the appropriate wear leveling to extend product lifespan
- Frank Rowand -- Adventures in real-time performance tuning, part 2
- Frank Scholz -- Building bridges - coherence, a DLNA/UPnP framework
- Vitaly Wool -- NAND chip driver optimizaton and tuning
The Embedded Linux Conference (ELC) is the premier vendor-neutral technical conference for companies and developers using Linux in embedded products. The main sponsor of ELC is the CE Linux Forum (CELF). Each year two conferences are organized. In Spring, ELC - CELF's main international event - is organized in the USA. In Autumn, ELC Europe is held targeting a European audience.
CE Linux Forum is an international open source software development community established in 2003. It is a forum of like-minded software engineers dedicated to the development and enhancement of Linux-based embedded devices through the irreplaceable resource of shared knowledge. These engineers bring their ideas and finest skills to such missions as decreasing system size, startup/shutdown time, and power consumption; improving compatibility to various CPU architectures, and developing middleware.
