Dynamic Scheduling DDoS Signature Detection
Multi-cloud Network Management Multi-cloud Route Characterization Unraveling the Cloud Peering Fabric
Optics-based DDoS Defenses DDoS Signature Detection Climate Change Risks to Networks Colocation View of Internet Routes
Multi-task Weak Supervision De-noising Delay Measurements Forecasting Network Streams Application Behavior Modeling
Metro Fiber Characterization IPv6 Alias Resolution Mapping Internet Interconnections IPv6 Topology Discovery Geography of Eyeball ASes
Traffic Localization Web Complexity
BONSAI
Predicting Mental Health Incentivized Reviews Coarse View of Graphs
PRIME Mesh vs Multiple Trees ISP-Friendly Contribution Awareness Dissecting Performance Overlay Monitoring
Unbiased Sampling Peer Dynamics (Churn) DHT Lookup Performance Tsunami, A DHT Botnet Shared Files Monitoring DHT Traffic Overlay Topology Impact on [AS] Underlay
Publisher Behavior Peer-Level Performance Assessing Scalability

Network Testbeds - Page Coming Soon

EMERGE

BONSAI

Bridging Open Networks for Scientific Applications & Innovations

The main goal of this project is to design and build a new dedicated network for scientific computing at UO campus called BONSAI.

The BONSAI project enables researchers across the campus (or even at other research institutions) to effectively access computational resources, storage space and visualization capabilities at UO. The BONSAI network will have high-bandwidth connectivity to Internet2 which enables UO researchers to effectively leverage the services offered by the DYNES project. In turn, this magnifies the value of significant investments in computing and storage resources UO, and significantly improves their research productivity. Our efforts to design, build and maintain the BONSAI network focus on the following five major tasks:

  1. Creating a Science DMZ platform among major computing facilities across UO,
  2. Adding a new 10Gbps network circuit between the UO and Internet2,
  3. Implementing and operating Software-Defined Networking (SDN) technologies throughout the network,
  4. Promoting the development of IPv6- and service-aware scientific applications, and
  5. Socializing the use of the UO’s membership to the InCommon federation.

Bonsai

Team

  • Reza Rejaie (CIS)
  • Allen Malony (CIS)
  • Jose Domiguez (NTS)
  • Gregory Bothun (Physics)
  • Kimberly Espy (VP for Research & Innovation)
  • Eric Torrence (Physics)
  • William Cresko (Biology)
  • David Crowe (NERO)
  • David Meyer (NTS)
  • Dale Smith (NTS)

Funding

This project is funded by the National Science Foundation grant no. NIE 1246136. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.