[[PageOutline]] = GEC 17 Evening Demo Session = == Location == == Schedule == Sunday July 21, 2013 5:30pm - 7:30pm == Session Leaders == Heidi Picher Dempsey, GENI Project Office == Details == The evening demo session gives new and existing GENI experimenters and projects a chance to share their work in a live network environment. Demonstrations run for the entire length of the session, with teams on hand to answer questions and collaborate. This page lists scheduled demonstrations categorized in broad interest groups. == Directions and Logistics == Please visit [wiki:GEC17Agenda/EveningDemoSession/PresenterInfo Directions and Logistics] for attendee and presenter logistics information. == Projects == === GENI Infrastructure and Measurement Projects === ==== LEARN: GIMI Measurements to Detect Ping Attack ==== We will emulate a ping attack between 2 hosts and take measurements using GIMI. Once detected, a new flow definition will be added to deny pings. Participants: * Deniz Gurkan, Univ. of Houston, dgurkan@uh.edu ==== GENI Experimenter Portal ==== Demonstrate the GENI Portal interface to the GENI Clearinghouse. We will demonstrate logging in to the GENI portal and creating and managing projects and slices (which are created at the GENI Clearinghouse). We will demonstrate reserving resources on the GENI racks directly through the portal and also via integration with a GUI resource reservation tool (Flack) and a command line resource reservation tool (omni). In addition, we may demonstrate modifying project and slice membership as well as integration with I&M tools (GEMINI & GIMI) if possible. Participants: * Sarah Edwards, GPO, sedwards@bbn.com ==== Global Network Monitoring Based on Mininet Approach ==== Poster presentations. Participants: * Ruslan Smeliansky, Redlab, RU, rsmeliansky@redlab.ru ==== ExoGENI/ORCA Demos ==== The ExoGENI team will demonstrate the latest features of ExoGENI and ORCA control framework. Participants: * Ilya Baldin, RENCI, ibaldin@renci.org ==== The GENI Desktop ==== The GENI Desktop provides users with the ability to visually "see" their experiment/topology and also to invoke a variety of different tools to create, run, measure their experiments. Participants: * Jim Griffioen, UKY, griff@netlab.uky.edu ==== Mid-Atlantic Crossroads (MAX) Demo ==== In this demonstration we will demonstrate stitching between GENI Racks. We will also review the GENI stitching architecture and current implementation. This will include demonstration of a the latest Stitching Computation Services (SCS). We will also show how SCS interacts client tools and utilizes advertisement RSpecs and request RSpecs to compute stitching solutions and workflow information. This demonstration will include provisioning across the GENI Aggregate Manager for the Internet2 ION network. Participants: * Tom Lehman, MAX, tlehman@maxgigapop.net * Xi Yang, MAX, xyang@maxgigapop.net ==== Internet2 OpenFlow Demo Request ==== Internet2 will demo progress toward implementing GENI interfaces on its Advanced Layer2 Service production network. We will show FOAM/OE-SS integration, which allows FOAM to allocate VLANs over the Advanced Layer 2 Service as part of a larger GENI experiment. Participants: * Matt Zekauskas, Internet2, matt@internet2.edu * Eric Boyd, Internet2, eboyd@internet2.edu === Security and Data Exchange Projects === ==== LEARN: Software-defined distributed security ==== Deployment of a distributed firewall implementation by vArmour on GENI. An application steering server will convert firewall rules into flow entries so that the load on firewall units is reduced. Participants: * Deniz Gurkan, Univ. of Houston, dgurkan@uh.edu === Experiments and Education === ==== ExoGENI / GIMI ==== This is a combined ExoGENI/GIMI demo that will show how GIMI can be used to observe an experiment that is carried out on an ExoGENI slice. I will demonstrate the GIMI portal and its instrumentation and measurement services. Participants: * Mike Zink, UMass, zink@cs.umass.edu ==== LEARN: OFConfig Protocol: visualization of the management plane in OpenFlow/SDN networks ==== We will implement a demo with a Network Manager that runs a Netconf client in order to push/pull configurations to/from LINC switches using OFConfig Protocol. We will help display the management plane interface with OFConfig parameters for LINC switches. Participants: * Deniz Gurkan, Univ. of Houston, dgurkan@uh.edu ==== DRC: Distributed Resource Controller ==== We will demonstrate our Distributed Resource Controller (DRC) architecture. DRC allows multiple SDN controllers to share information and coordinate actions. It uses a graph database to store network state (physical and abstracted) and shadows subgraphs to control how much information is shared and to propagate state changes between controllers. We will show how it works using an example in which a provider shares an abstracted view of its network with customers to allow them to configure their VPNs. Participants: * Shinya Ishida, NEC America, Shinya.Ishida@necam.com === Wireless Projects === ==== Lehigh Video Mobility ==== Demonstrate mobility support feature for streaming video service in Lehigh's content centric network. Participants: * Mooi Choo Chuah, Lehigh University ==== Multi-homing support in MobilityFirst FIA ==== The name based message delivery system based on global unique identifiers (GUID) implemented in MobilityFirst? makes it possible to offer seamless mobility and multi-homing services without the problems associated with today’s IP. In this demo we will show how an Android phone equipped with two different interfaces (WiFi? and WiMax?) attached to MobilityFirst?'s network could easily exploit this feature to enhance the capabilities of mobile applications. More information on MobilityFirst? FIA project can be found at http://mobilityfirst.winlab.rutgers.edu Participants: * Francesco Bronzino, Winlab (Rutgers), bronzino@winlab.rutgers.edu * Kiran Nagaraja, Winlab (Rutgers), nkiran@winlab.rutgers.edu * Ivan Seskar, Winlab (Rutgers), seskar@winlab.rutgers.edu ==== WiMAX Lab Course at NYU-Poly ==== Demonstration of open wireless lab exercises utilizing GENI WiMAX resources Participants: * Nicolas Barati, NYU Poly, cbn228@nyu.edu * Thanasis Korakis, NYU Poly, korakis@poly.edu * Fraida Fund, NYU Poly, ffund@nyu.edu ==== WiMAX Prototyping in Metro Detroit ==== We will demonstrate the GENI-enabled OpenXC platform as well as its application in vehicular sensing and control. We will also share our comprehensive measurement results for the WiMAX network in Detroit. Participants: * yuchen.wayne@gmail.com, Wayne State University * hongwei@wayne.edu, Wayne State University * yuehua.research@gmail.com