The methods of users localization in 802.11 networks

• Authors: Antoni Masiukiewicz

Title variants

PL

Metody lokalizacji użytkowników w sieciach 802.11

• Languages of publication: PL EN

Abstracts

PL

Systemy lokalizacji terminali w sieciach 802.11 stały się istotną kwestią. Wiele nowych aplikacji bazuje na śledzeniu użytkowników. Informacje o lokalizacji punktów dostępowych mogą również pomóc we właściwym doborze kanałów w małych sieciach domowych.

EN

The location systems for 802.11 devices become important issue. There is a lot of new applications which require the asset tracking. The information about station location could also help in proper channel selection in small home networks.

Keywords

PL

standard 802.11; lokalizacja punktów dostępowych; GPS; RF ID; metody porównawcze

EN

802.11 standard; station location; GPS; RF ID; fingerprinting

• Publisher: Akademia Finansów i Biznesu Vistula w Warszawie
• Journal: Kwartalnik Naukowy Uczelni Vistula
• Year: 2015
• Issue: 1(43)
• Pages: 5-15

Contributors

author

Antoni Masiukiewicz

• Akademia Finansów i Biznesu Vistula w Warszawie

References

• Burroughs K. (2012), Discussion of Indoor Location Standards, Qualcomm.
• Czarnecki A., Lisowiec A., Masiukiewicz A. (2000), GPS nie tylko do nawigacji, „Infotel”, nr 1.
• Dolińska I., Masiukiewicz A., Rzadkowski G. (2013), Th e mathematical model for interference simulation and optimization in 802.11n networks, Workshop, Concurrency Specification and Programming 2013, CS&P, Warsaw University.
• Freeman R.L. (2007), Radio system design for telecommunication, Wiley Interscience, IEEE, New Jersey.
• Hightower J., Borriello G. (2001), Location Sensing Techniques, Technical Report UWCSE-01-07-01, University of Washington, Computer Science and Engineering, July.
• Hightower J., Borriello G. (2001), Location Systems for Ubiquitous Computing, “IEEE Communications Magazine”, August.
• Hodgkinson T.G. (2007), Wireless communication – the fundamentals, “BT Technology Journal”, Vol. 25.
• Hiertz G.R. (2010), Th e 802.11 Universe, “IEEE Communications Magazine”, January.
• IEEE Std 802.11k™-2008
• IEEE Std 802.11v™-2011
• Kim M., Fielding J.J., Kotz D. (2006), Risks of using AP locations discovered through war driving, “Lecture Notes in Computer Science”, Vol. 3968.
• Lansford J. (2010),802.11 WNG Presentation on Location Awareness, doc.: 802.11-10/1239r02, November.
• Liu A., Robinson T. (2004), Cost and Accuracy: Factors Concerning Various Indoor
• Location Estimation Methods, https://courses.cs.washington.edu/courses/cse561/04au/projects/papers/A.Liu-Robison.pdf [access: September 2014].
• Masiukiewicz A. (2014), Channel selection in home 802.11 standard networks, Digital Technologies 2014 Conference, Żylina, Slovakia.
• Ni L. M., Liu Y.,. LauY. C, Patil A. P. (2004), LANDMARC: Indoor Location Sensing Using Active RFID, “Wireless Networks”, No. 10.
• Pang J., Greenstein B., Gummadi R., Seshan S., Wetherall D. (2007), 802.11 User Fingerprinting, MobiCom’07, September 9–14, Montréal, Québec, Canada.
• Sánchez D., Afonso S., Macías E. M., Suárez Á. (2006), Devices Location in 802.11 Infrastructure Networks using Triangulation, Grant TSI 2005-07764-C02-01, Contract PI042004/164.
• Saha S., Chaudhuri K., Sanghi D., Bhagwat P. (2002), Location Determination of a Mobile Device Using IEEE 802.11b Access Point Signals, IEEE Wireless Communications and Networking Conference.