| Document Date: 2003-04-03 18:05:31
Open Document File Size: 444,19 KBShare Result on Facebook
City Optimization / San Diego / Florham Park / / Company Computer-Communications Networks / Vardi / Albert Greenberg AT&T Labs / Shannon Laboratory / / Country United States / / Currency USD / / / IndustryTerm non-negative solution / Internet Service Providers / direct solution / actual algorithm / equivalent edge routers / simplified network / weighted least-squares solution / Algorithm initial solution / medical imaging / given site / peer network / minbackbone routers / Internet / least−squares solution / network engineering applications / least-squares solution / final solution / potential solutions / specified power-law de / weighted leastsquares solution / backbone routers / possible algorithms / communications networks / above algorithm / peer networks / weighted least-squares solutions / actual Internet data / particular solution / gravity model solution / wireless networks / raw least-squares algorithm / least-square algorithm / backbone network / network monitoring network / large network / numerical computing packages / link/router / least-square solution / interior network / autonomous systems / network operator / leastsquare solution / traffic engineering applications / network management / forwarding tables within each router / approximate solutions / / OperatingSystem Solaris / / Organization SNMP MIB / / Person Matthew Roughan Nick Duffield / Figure / / Position General / Generalized gravity model / Cao / / ProvinceOrState California / New Jersey / / Technology SNMP / above algorithm / two routers / minbackbone routers / tomography / previous algorithms / destination router / remaining routers / UDP / EM algorithm / least-square algorithm / actual algorithm / 336 MHz Ultrasparc-II processor / IP routers / raw least-squares algorithm / load balancing / 1000 routers / ISP / dom / simulation / Edge Router / modified EM algorithm / medical imaging / /
SocialTag |
Fast Accurate Computation of Large-Scale IP Traffic Matrices from Link Loads Yin Zhang