J. Camp / Harvard University / Golden Gate Bridge / Harvard square / /
IndustryTerm
citywide wireless mesh networking / public Internet access / larger-scale wireless network testbeds / Wireless Network Protocols / social networking site / rsync tool / wireless systems / software watchdog timer / Internet connectivity / software failure / multi-hop wireless mesh network / distributed algorithms / Realistic sensor network applications / rice wireless mesh deployment / Wireless Sensor Network / Frequent software updates / citywide urban mesh networking projects / Resource management / publish/subscribe applications / urban applications / wireless communications / much larger networks / software updates / multihop wireless backhaul / wireless networking research / less sensor networks / olsr routing protocol / baseline protocols / large wireless deployment / large-scale wireless systems / sensor networking researchers / large scale realtime network / lightweight processing / power wireless sensor network devices / urban-scale wireless networking / control network / web-based management interface / high-bandwidth wireless connectivity / production-quality wireless mesh run counter / large network / user applications / vehicular network / few poorly-designed applications / management software / vehicular network applications / computing / inter-node communications / software consistency / larger networks / multihop wireless links / collaborative applications / sensor hardware / urban-scale wireless mesh networking / sensor network / urban wireless network / enabled large scale internet research / wireless mesh routing / wireless equipment / vehicular internet access / ample local processing power / real-time access / node hardware / wireless network / less resource-constrained systems / web management system / wireless device locations / Wireless On-demand Network Systems / server systems / rapid development using standard software tools / urban mesh access network / remote management / car networks / runtime services / in-network data processing / wireless networks / Real-time network monitoring / network software failure / web interface / wireless mesh routing protocols / communications power / sensor technologies / volcano monitoring sensor network / past sensor networks / campus-wide and community-wide wireless mesh networks / indoor enterprise networks / open wireless / wireless multihop routing / sensor networking / secure transport layer protocol / pre-existing networks / enterprise wireless networks using desktop infrastructure / wireless networking / autonomic reconfigurable miniaturized mobile wireless experimentation / higherpower solutions / secure transport protocol / wireless mesh networking / planetary-scale services / Web-based interface / civil infrastructures using wireless sensor networks / multihop wireless connectivity / urban-scale distributed systems / wireless environment / sensor networking research / reserve data management systems / wireless mesh / /
OperatingSystem
UNIX / Linux / /
Organization
municipal government / USENIX Association / Ucsd / CUWiN Foundation / Harvard University / National Science Foundation / School of Engineering and Applied Sciences / /
Person
Roy Chowdhury / Geoffrey Mainland / Rohan Narayana Murty / Matt Welsh / Josh Bers / /
CitySense: An Urban-Scale Wireless Sensor Network and Testbed Rohan Narayana Murty? , Geoffrey Mainland? , Ian Rose? , Atanu Roy Chowdhury? Abhimanyu Gosain† , Josh Bers† , and Matt Welsh? ?