| 567 | | |
| 568 | | ===== Vertical Handoff Using OpenFlow ===== |
| 569 | | |
| 570 | | This demonstration will show how OpenFlow, Open vSwitch, and the Floodlight controller can be used as a vertical handoff solution between different network interfaces. Traffic will be generated from a server application, and with the handoff solution, will be sent using various networking interfaces to a client. The client will receive the traffic from the server. The interfaces used on the server will be alternated to show the handoff process. |
| 571 | | |
| 572 | | Participants: |
| 573 | | * Ryan Izard, rizard@clemson.edu |
| 574 | | |
| 575 | | ===== Network Coding on ProtoGENI for Vehicular Networks ===== |
| 576 | | |
| 577 | | Network coding using ProtoGENI testbed will be demonstrated. By implementing network coding and multipath forwarding capabilities in the core network, this demo is designed for supporting efficient broadband data delivery in infrastructure-based vehicular networks at Clemson. |
| 578 | | |
| 579 | | Participants: |
| 580 | | * Ke Xu, kxu@clemson.edu |
| 581 | | |
| 582 | | ===== Supporting !MobilityFirst in OpenFlow Based SDNs ===== |
| 583 | | |
| 584 | | !MobilityFirst (clean slate FIA project) has some unique features such as a globally unique naming scheme (GUID), storage aware routing etc. In this demo, we use GENI resources to show that such experimental non IP features can be enabled using OpenFlow based SDNs, by writing appropriate control programs that handle them. |
| 585 | | |
| 586 | | Participants: |
| 587 | | * Aravind Krishnamoorthy, aravind.k90@rutgers.edu |
| 588 | | |
| 589 | | ===== WiMAX Prototyping in Metro Detroit ===== |
| 590 | | |
| 591 | | Our initial coverage measurement and the tools we have developed to facilitate the road tests will be presented. We will also show the OpenXC platform and its integration with GENI, which may well benefit Wireless Vehicular Networking by offering you more insights into your car's operation. |
| 592 | | |
| 593 | | Participants: |
| 594 | | * Yu Chen, yuchen.wayne@gmail.com |
| 595 | | |
| 596 | | ===== Mobility Services Engine ===== |
| 597 | | |
| 598 | | A Demonstration of the Mobility Services Engine (MSE). This will be a live demonstration of the MSE using a laptop client. We will highlight some of the measurement capabilities of the system. |
| 599 | | |
| 600 | | Participants: |
| 601 | | * Derek Meyer, dmeyer@cs.wisc.edu |
| 602 | | |
| 603 | | ===== !MobilityFirst Network API use in Mobile Applications ===== |
| 604 | | |
| 605 | | One of the key feature of the proposed !MobilityFirst protocol stack is the service flexibility, with particular emphasis on multicasting and anycasting. In the demo we will show how this network service features could be easily exploited to enhance the capabilities of mobile applications through the use of the network API. |
| 606 | | |
| 607 | | Participants: |
| 608 | | * Ivan Seskar, seskar@winlab.rutgers.edu |
| 609 | | |
| 610 | | ===== WiMAX at NYU-Poly ===== |
| 611 | | |
| 612 | | Demonstration of wireless lab exercises utilizing GENI WiMAX resources. |
| 613 | | |
| 614 | | Participants: |
| 615 | | * ffund01@students.poly.edu |
| 616 | | |
| 617 | | ===== WiMAX DDoS Reverse Engineering ===== |
| 618 | | |
| 619 | | Our WiMAX research involves analyzing the cross-layer affects of the system parameters used for the Bandwidth Contention Process. We are specifically looking at how these parameters affect a subscriber station's (SS) throughput, packet loss rates, and vulnerability to Distributed Denial of Service (DDoS) attacks. Software simulations use the NS-2 simulator and hardware simulations are being conducted on ORBIT. The parameters investigated are request retires, backoff start, backoff end and frame duration. |
| 620 | | |
| 621 | | Participants: |
| 622 | | * Katherine Cameron, kccamer@clemson.edu |
| | 567 | <TBD> |
| | 568 | |
