Computer Communication Networks / MySQL / Active Queue Management / Intel / /
Country
United States / /
Currency
USD / / /
IndustryTerm
campus network / web-based simulation scenario / web content / Apache web servers / e-commerce workload / chosen web sites / web response-time performance / Internet routers / web traffic example / web tier / Web Traffic Mixes / web-traffic scenario / average web response-time / congestion router / web-browsing environment / Internet ECN-capable / web-server pool / network operators / web client / control algorithm / database server / web servers / web file sizes / web response times increases / web-server tier / web traffic / Web client TCP / above web-based distribution / typical web-browsing aggregate / above web-request traces / web response-time profiles / web clients / web-clients / intermediate routers / web server / active web sessions / web-based network measurements / web response times / online bookstore site / bottleneck router / web-traffic scenarios / Web server TCP SYN SYN ACK TCP / speed backbone routers / Internet community / /
OperatingSystem
Linux / DoS / /
Organization
ECN RED / Northwestern University / Explicit Congestion Notification Aleksandar Kuzmanovic Department / /
Person
Traffic / Simulation / Aleksandar Kuzmanovic / / /
Position
Model / C=100Mbps Model / General / model / ABSTRACT General / representative / /
ProgrammingLanguage
PHP / /
ProvinceOrState
Pennsylvania / /
Technology
high-speed backbone routers / ECN-enabled router / congested router / PHP / Internet routers / Linux / congestion router / disk drive / control algorithm / bottleneck router / HTTP / SDRAM / simulation / Web server / Network Protocols / /
The Power of Explicit Congestion Notification Aleksandar Kuzmanovic Department of Computer Science Northwestern University