There are two full-day tutorials and one 1/2-day tutorial already scheduled. Below is information on these tutorials; where possible, please participate in the DoodlePolls for the Colo/Telco and DTN tutorials so the instructors will have sufficient equipment and materials for the group! Registration for OpenFlow, limited to 20, is via the registration page. Note: You must be registered for Joint Techs to attend these tutorials.
courtesy Steve Wallace
Hands-on Tutorial for Colo/Telco Facility Installations -- Hans Addleman (IU/GlobalNOC)
1-5 pm -- REGISTER HERE
It's time to get your hands dirty with the GlobalNOC installations team as they teach you some practices, standards, and tricks that have helped make installations better and faster. Ever wanted to learn the archaic art of cable lacing? Need some work on your CAT5 termination skills? Interested in DC power termination? Then this is the class for you.
Some of the topics we will cover include, equipment installation, AC and DC power, cable management and termination, lacing skills, documentation, and a whole lot more! Prepare to be covered in wax and NO-OX by the end of this session.
Achieving a "Science DMZ" -- Brian Tierney & Eli Dart (ESnet), Joe Breen (U of Utah), & Guy Almes (Texas A&M)
9 am - 5 pm - REGISTER HERE
There are several aspects to building successful infrastructure to support data intensive science. The Science DMZ Model incorporates three key components into a cohesive whole: a high-performance network architecture designed for ease of use; well-configured systems for data transfer; and measurement hosts to provide visibility and rapid fault isolation. This tutorial will cover aspects of network architecture and network device configuration, the design and configuration of a Data Transfer Node, and the deployment of perfSONAR in the Science DMZ. Aspects of current deployments will also be discussed.
OpenFlow -- Why & How -- Steve Wallace & Matt Davy (IU)
9am - 5 pm -- Space limited/Registration required
The tutorial (mini-workshop) will introduce OpenFlow, as well as provide the hands-on experience of building an OpenFlow network that has been virtualized so that multiple independent tenants can control slices of the network.
Attendees should have an operational understanding of Ethernet switching and IP routing. A wi-fi equipped laptop with x-server software is required.
Space is limited to 20 participants; there will be 5 instructors to ensure adequate 1:1 instruction. Roster HERE