rus
Issue #6/2025
E.S.Bagaev, G.A.Fokin
Positioning in Wireless Local Networks Wi-Fi Standard IEEE 802.11az. Part 3. Influence of Physical Layer Parameters
Positioning in Wireless Local Networks Wi-Fi Standard IEEE 802.11az. Part 3. Influence of Physical Layer Parameters
DOI: 10.22184/2070-8963.2025.130.6.22.32
The work concludes a series dedicated to positioning in wireless local networks Wi-Fi standard IEEE 802.11az. The paper analyzes the physical layer parameters that contribute to achieving decimeter-level positioning accuracy in wireless local networks of the IEEE 802.11az standard in a multipath scenario. The impact of channel width, guard interval duration, and MIMO technology is shown. Qualitative analysis is accompanied by quantitative assessment using simulation modeling to study influence of parameters on positioning accuracy, considering previously reviewed models of IEEE 802.11az networks and multipath radio channels at the physical layer.
Tags: coherence bandwidth cramer-rao bound ieee 802.11az standard mimo technology multipath component positioning in wlan networks граница крамера – рао многолучевая компонента позиционирование в сетях wlan полоса когерентности стандарт ieee 802.11az технология mimo
Subscribe to the journal Last Mile to read the full article.
The work concludes a series dedicated to positioning in wireless local networks Wi-Fi standard IEEE 802.11az. The paper analyzes the physical layer parameters that contribute to achieving decimeter-level positioning accuracy in wireless local networks of the IEEE 802.11az standard in a multipath scenario. The impact of channel width, guard interval duration, and MIMO technology is shown. Qualitative analysis is accompanied by quantitative assessment using simulation modeling to study influence of parameters on positioning accuracy, considering previously reviewed models of IEEE 802.11az networks and multipath radio channels at the physical layer.
Tags: coherence bandwidth cramer-rao bound ieee 802.11az standard mimo technology multipath component positioning in wlan networks граница крамера – рао многолучевая компонента позиционирование в сетях wlan полоса когерентности стандарт ieee 802.11az технология mimo
Subscribe to the journal Last Mile to read the full article.
Readers feedback
