8 years ago, I moved from my tuned Linux desktop to OS X. This closed-source platform has attracted many developers with its BSD underpinnings and excellent user interface. Can a developer pampered by sleek design ever go back? I'm going to show you how to break the closed-source habit and run a true open-source environment without sacrificing usability.
OpenBTS and Asterisk allow enthusiasts to deploy homebrew yet Commercial Grade GSM cellular networks with affordable Open Hardware such as the Range Networks SDR. We’ll cover the hardware and software required to make your own cellular network and demonstrate the Range Networks SDR and OpenBTS at work.
Looking for an easy, scalable way to manage your Ganeti-based clusters? Ganeti Web Manager provides admins an easy to deploy, Django based GUI that effectively manages private clusters & works equally well for providing customers access. With a caching system designed to scale to thousands of virtual machines without decreasing performance, Ganeti Web Manager makes cluster management truly simple.
Real clouds look fluffy but mass up to a million tonnes. Virtual clouds look cheap but consume the output of 10 nuclear power stations. Real life factors can seriously influence your data center requirements. How can Linux help you?
Ganeti is a cluster virtualization management software tool built on top of existing virtualization technologies such as Xen or KVM and other Open Source software. This hands-on tutorial will give an overview of Ganeti, how to install it, how to get started deploying VMs, & administrative guide to Ganeti. The tutorial will also cover installing & using Ganeti Web Manager as a web front-end.
Pandaboard is the Goliath of Open Hardware Embedded Platforms. A Dual-core Arm Cortex A9 processor aND 1GB of DDR2 RAM make it ideal for a myraid of use scenarios. Pandaboard touts an HDMI interface, Hardware accelerated 1080p HD video playback, 802.11n Wifi, Bluetooth, and USB OTG all on an Omap 4 platform.
Have fun exploring this amazing Open Hardware platform up close and personal.
Prototyping a Mobile Linux device around off the shelf hardware has been easier then ever.Low power mobile processor boards such as the Beagle board can provide the core of a Mobile Linux Devicel A basic UI can be rapidly implemented by Android, QT, etc. This session will look at the process of getting a basic Android mobile device prototype built.