| Document Date: 2013-08-08 12:28:02
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City Seattle / / Company AT&T / Motorola / HTC / T-Mobile / Universal Mobile Telecommunication Systems / Introduction Wireless / Interface / Apple / / Continent North America / / Country United States / / / Event Business Partnership / / Facility The Mobile Station / Mobile Station / Mapping towers / Base station BTS / / IndustryTerm actual device / cellular networks / victim device / technology boom / wireless radio resources / communication protocol / osmocon tool / wireless cellular networks / wireless medium / open source software / end device / call protocol / 4G network / device / target device / 2G networks / low-impact solutions / actual deployed network / classic hill climbing algorithm / 3G network / smart device / commodity hardware / cellular network / notification protocol / set intersection tool / encryption algorithm / / OperatingSystem Android / / Organization Congress / General Packet Radio Service / United Nations’ International Telecommunication Union / University of Minnesota / / Person Nicholas Hopper / John Koelndorfer / / Position General / / Product iPhone / Mobile G1 phone / Apple iPhone 4 Smartphone / Apple iPhone 3G Smartphone / G1 / Apple iPhone / Mobile G1 / / ProvinceOrState Indiana / Mississippi / / Technology 2.5G / SMS / encryption algorithm / CDMA / call protocol / smart phones / GPS / classic hill climbing algorithm / mobile phones / wireless GSM protocol / random access / Android / mobile device / operating system / 2.2 Incoming Call protocol / mobile devices / cellular telephone / notification protocol / PSTN / smartphones / communication protocol / paging / cell phones / GSM / GSM protocol / three positioning algorithms / 3G / /
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Location Leaks on the GSM Air Interface Denis Foo Kune, John Koelndorfer, Nicholas Hopper, Yongdae Kim University of Minnesota [removed], [removed], [removed], [removed] Abstract