Accurate indoor positioning using temporal–spatial constraints based on Wi-Fi fine time measurements
W Shao, H Luo, F Zhao, H Tian, S Yan… - IEEE Internet of …, 2020 - ieeexplore.ieee.org
The IEEE 802.11 mc-2016 protocol enables certified devices to obtain precise ranging
information using time-of-flight-based techniques. The ranging error increases in indoor …
information using time-of-flight-based techniques. The ranging error increases in indoor …
[PDF][PDF] Accurate Indoor Positioning Using Temporal-Spatial Constraints Based on Wi-Fi Fine Time Measurements
W Shao, H Luo, F Zhao, H Tian, S Yan, A Crivello - researchgate.net
The IEEE 802.11 mc-2016 protocol enables certified devices to obtain precise ranging
information using time-of-flight based techniques. The ranging error increases in indoor …
information using time-of-flight based techniques. The ranging error increases in indoor …
Accurate Indoor Positioning Using Temporal–Spatial Constraints Based on Wi-Fi Fine Time Measurements
W Shao, H Luo, F Zhao, H Tian, S Yan… - IEEE INTERNET OF …, 2020 - openreview.net
The IEEE 802.11 mc-2016 protocol enables certified devices to obtain precise ranging
information using time-offlight-based techniques. The ranging error increases in indoor …
information using time-offlight-based techniques. The ranging error increases in indoor …
[PDF][PDF] Accurate Indoor Positioning Using Temporal-Spatial Constraints Based on Wi-Fi Fine Time Measurements
W Shao, H Luo, F Zhao, H Tian, S Yan, A Crivello - openportal.isti.cnr.it
The IEEE 802.11 mc-2016 protocol enables certified devices to obtain precise ranging
information using time-of-flight based techniques. The ranging error increases in indoor …
information using time-of-flight based techniques. The ranging error increases in indoor …