wireless channel / wireless capacity / wireless connectivity / file-sharing applications / wireless throughput / wireless available bandwidths / Wireless Clients / Wireless Available / wireless channels / prior systems / Web servers / Wireless Available Bandwidth The wireless available bandwidth / uplink wireless available bandwidth / higher wireless rates / dynamic programming solution / wireless bandwidth / wireless card / Web Traffic / user applications / wireless cards / wireless client / Internet B1 AP1 / high speed wireless connectivity / wireless chipsets / wireless link / autorate algorithms / load balancing algorithm / wireless available bandwidth / wireless available throughput / Web server / wireless links / computing / Internet B2 AP2 Client B1+B2 / wireless available bandwidth wi / physical wireless card / lower available wireless bandwidth / code finishes processing packet / wireless networks / higher wireless available bandwidth / ad-hoc network / /
OperatingSystem
Linux / /
Organization
MIT / /
Person
INA K ATABI MIT KANDULA / /
Position
AP scheduler / unmodified MadWifi driver / driver / MadWifi driver / however / unmodified driver / single driver / publicly released driver / scheduler / head / MadWifi driver / eˆi Kernel Driver / The AP Scheduler The scheduler / APs The scheduler / An AP scheduler / current defacto driver / /
Product
SDI iP1 Speakers / APs / /
Technology
Ethernet / WEP / cable modem / load balancing / WLAN / load balancing algorithm / Linux / APi / MAC address / autorate algorithms / UDP / DSL / Web server / /
FatVAP: Aggregating AP Backhaul Capacity to Maximize Throughput S RIKANTH K ANDULA MIT K ATE C HING -J U L IN