home  |  about us  |  contact  
 
 CSM Home
LDRD Proposal
 

Home >

High-Performance Networking Research and Technologies

Our team performs basic and applied research in core technologies for future generations of high-performance hybrid optical networks needed for large-scale sceince applications. Using testbeds, analysis, experimentation and simulation, we investigate these technologies with the goal of achievieing high performance and stable throughputs over hybrid optical networks. Our team manages DOE UltraSceince Net and is a part of NSF CHEETAH project.

If you are planning a visit to our group, we have collected some helpful information in the following web page: ORNL Visitor Information.

Contact: Nagi Rao
Email: raons@ornl.gov
Phone: 865-574-7517
Fax: 865-574-0405
Contact: Bill Wing
Email: wrw@ornl.gov
Phone: 865-574-8839
Fax: 865-576-5491
Plant Mail/Location: Building 5600, MS-5600

Postal Mail: ORNL, MS 6016, P. O. Box 2008, Bldg. 5600,
Oak Ridge, TN 37831-6016

Staff

  • Steven Carter , 865-576-2672 (scarter@ornl.gov)
  • Song Ding, 865-576-7210 (dings@ornl.gov) doctoral student from Louisiana State University
  • Susan Hicks, 865-574-9629 (hicksse@ornl.gov)
  • Nagi Rao, 865-574-7517 (raons@ornl.gov)
  • Bill Wing, 865-574-8839 (wrw@ornl.gov)
  • Qishi Wu, 865-576-5603, (wuqn@ornl.gov)
  • Mengxia Zhu, (mengxia@cs.siu.edu) on contract with Southern Illinois University

Research Areas

  • control plane technologies for hybrid optical networks
  • advaced reservation and bandwidth optimization
  • transport protocols for dedicated channels
  • wide-area connectivity to supercomputers
  • transport dyanmics and control design
  • optimal mapping of visualization pipeline onto wide-area networks
  • wide-area network testing of parallel storage, filesystems



 
   CSM Projects   
   Colossal Magneto Resistance   
   Compound Wavelet Matrix   
   Scalable First Principles Methods for Electronic Transport   
   Electronic Notebook   
   Earth System Grid   
   Functionally Graded Materials   
   New Fourier Transforms Methods   
   Statistical Physics of Fracture   
   Adaptive Mesh Refinement for Multiphysics Applications   
   High-Performance Circuit-Switched Networks   
   Packet-Switched and Circuit-Switched Networks   
   Infiniband Connections across the United States   
   Siemens Competition National Finals   
   Protein Dynamics   
     
  INCITE Funded Projects  
   An Integrated Approach to the Rational Design of Chemical Catalysts   
   Multidimensional Simulations of Core Collapse Supernovae   
   Predictive and accurate Monte Carlo based simulations for Mott insulators, cuprate superconductors, and nanoscale systems   
   Cellulosic Ethanol: Physical Basis of Recalcitrance to Hydrolysis of Lignocellulosic Biomass   
   Clean and Efficient Coal Gasifier Designs using Large-Scale Simulations   
   Climate-Science Computational End Station Development and Grand Challenge Team   
   Modeling Reactive Flows in Porous Media   
   Assessing Global Climate Response of the NCAR-CCSM3: CO2 Sensitivity and Abrupt Climate Change   
   Performance Evaluation and Analysis Consortium End Station   
   
  ORNL | Directorate | CSM | NCCS | ORNL Disclaimer | Search
Staff only: CSM computers | who, what, where? | news
 
URL: http://www.csm.ornl.gov/net/index.html
Updated: Monday, 26-Jun-2006 16:30:21 EDT

webmaster