Changes between Version 33 and Version 34 of GEC11PosterDescriptions
- Timestamp:
- 07/20/11 14:23:04 (13 years ago)
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GEC11PosterDescriptions
v33 v34 285 285 286 286 ---- 287 288 == Network Virtualization Research In Japan == 289 290 Aki Nakao, University of Tokyo / University of Utah / NICT [[br]] 291 292 '''Abstract''' 293 294 We have been conducting research on network virtualization infrastructure and its applications. In our attempt to pursuing building the infrastructure that may slice the network, storage and computational resources and provides network designers with systematic interfaces to reserve a slice of resources and constructing arbitrary networks on top of it, we have developed three different types of testbeds, !CoreLab, VNode and !WiVi. !CoreLab is a software-based testbed constructed on top of COTS x86 hardware only, while VNode involves designing a new hardware based on production routers. !WiVi is a recently developed !WiFi virtualized testbed that may be connected with !CoreLab and enable wired-wireless converged network slices. we introduce our definition of network virtualization and its applications in the context of network testbeds as wells as network architectures. We especially elaborate the detail design and implementation of our network virtualized testbeds, !CoreLab, VNode, and !WiVi. We also demonstrate Cache Oriented Network Architecture and !OpenFlow in A Slice (OFIAS) using these infrastructures. 295 296 GENI Projects: [[br]] 297 [wiki:PlanetLab] [[br]] 298 [wiki:ProtoGENI] [[br]] 299 300 More Information: [[br]] 301 http://nakao-lab.org/geni11-poster.pdf 302 303 ---- 304 287 305 == !OpenFlow Campus Trial at Clemson: An !OpenFlow Service for Seamless Enhancement of Data Transport Throughput (OFCLEM) == 288 306 … … 494 512 ---- 495 513 496 497 514 == Wide-area programmable network: Operation And Management of a nation wide Openflow-Based Network in Japan == 515 516 Shuji Ishii, NICT [[br]] 517 518 '''Abstract''' 519 520 The focus of this study is on developing a management technology of global !OpenFlow-based networks integrated into the existing VLAN-based networks. We deployed a nation-wide !OpenFlow-based network on the NICT JGN-X testbed in Japan. And we demonstrated a trial high-quality realtime video streaming application to verify the performance and reliability of large-scale !OpenFlow-based networks. We also describe the details of technical issues confronted in the trial operation. 521 ---- 522