rus
Issue #1/2025
G.A.Fokin, E.S.Bagaev, D.E.Mescheryakov
Positioning in IEEE 802.11az Wi-Fi Local Area Networks. Part 1. Defining the decimetre accuracy problem
Positioning in IEEE 802.11az Wi-Fi Local Area Networks. Part 1. Defining the decimetre accuracy problem
DOI: 10.22184/2070-8963.2025.125.1.50.56
It is noted that decimetre positioning accuracy of the heterogeneous NR-Wi-Fi networks devices in absence of GNSS signals can be achieved through the use of a two-tier network architecture. At the first layer, in the macrocell served by an NR base station, the device is positioned using NR reference positioning signals with metre accuracy. This allows you to determine the location with accuracy to the nearest wireless local network and determine whether the device belongs to the service area of the Wi-Fi access point. At the second level, the Wi-Fi microcell, the device is positioned using special IEEE 802.11az signals with decimetre accuracy. This paper opens a series devoted to the study of models and methods for achieving decimetre positioning accuracy in IEEE 802.11az wireless local area networks.
Tags: ieee 802.11az standard improving positioning accuracy of mobile user devices positioning in wlan networks повышение точности позиционирования подвижных пользовательских у позиционирование в сетях wlan стандарт ieee 802.11az
Subscribe to the journal Last Mile to read the full article.
It is noted that decimetre positioning accuracy of the heterogeneous NR-Wi-Fi networks devices in absence of GNSS signals can be achieved through the use of a two-tier network architecture. At the first layer, in the macrocell served by an NR base station, the device is positioned using NR reference positioning signals with metre accuracy. This allows you to determine the location with accuracy to the nearest wireless local network and determine whether the device belongs to the service area of the Wi-Fi access point. At the second level, the Wi-Fi microcell, the device is positioned using special IEEE 802.11az signals with decimetre accuracy. This paper opens a series devoted to the study of models and methods for achieving decimetre positioning accuracy in IEEE 802.11az wireless local area networks.
Tags: ieee 802.11az standard improving positioning accuracy of mobile user devices positioning in wlan networks повышение точности позиционирования подвижных пользовательских у позиционирование в сетях wlan стандарт ieee 802.11az
Subscribe to the journal Last Mile to read the full article.
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