Piscataway / New York / Rome / Sebastopol / Lisbon / Anchorage / San Jose / Florence / /
Company
Requirements / Hewlett-Packard / European Wireless / 3Com / Netgear / Motorola / Cisco / Hoc Networks / Verizon / Metropolitan Area Networks / IEEE Journal / Real-Time Systems / Intel / Juniper Networks / Microsoft / Siemens / Nokia / /
Country
Germany / Italy / Mexico / Portugal / /
Event
FDA Phase / /
Facility
CICESE Research Center / /
IndustryTerm
token-passing algorithm / Wireless Rether protocol / Wireless Medium Access Control / dynamic bandwidth reservation algorithm / wireless network / multimedia services / Wireless communications / realtime applications / wireless medium / Wireless LAN / wireless networks / Wireless Mobile Internet Workshop / Internet Architecture / Wireless Internet / multimedia networks / Wireless LANs / wireless segment / multimedia applications / /
Organization
UCLA / Internet Engineering Task Force / Wi-Fi Alliance / International Criminal Court / CICESE Research Center / Electronics and Telecommunications Department / /
Person
José R. Gallardo / Shu Wang / Luis A. Villaseñor / Jaime Sánchez / /
Position
Hybrid Coordinator / Point Coordinator / priority-based weighted fair queuing scheduler for real-time networks” / /
Product
Multimedia / IEEE / /
ProvinceOrState
Alaska / New York / California / /
Technology
802.11 PCF protocol / 802.11 MAC protocol / Wireless communications / GPS / underlying technologies / Quality of Service / 1999 MAC protocol / Wi-Fi / WLAN / flow control / WLAN MAC protocol / generalized processor / MAC protocol / Wireless Rether protocol / Simulation / Home networking / token-passing algorithm / dynamic bandwidth reservation algorithm / Wireless LAN / /
Microsoft Word - White paper for WINMEC - QoS in WLANs-CICESE RV6.doc