Mitigating multipath of cellular long‐term evolution (LTE) signals for robust positioning in
urban environments is considered. A computationally efficient receiver, which uses a phase …

Long-term evolution (LTE) signals are potential signals-of-opportunity for position and
navigation, especially in challenging urban and indoor environments. A major challenge is …

A method to obtain sub-meter level navigation accuracy with cellular long-term evolution
(LTE) signals is developed. The proposed method utilizes an LTE software-defined receiver …

Positioning with cellular signals has been gaining attention in urban and indoor
environments, where global navigation satellite system signals have limited availability due …

Long term evolution (LTE) signals have the potential for use in positioning, especially in
challenging environments. The time-of-arrival (TOA)-based technique supported by LTE is …

User equipment (UE) location estimation using existing cellular and other wireless
communications systems infrastructure is an up-to-date and in demand field of research and …

Ground localization systems based on cellular signals are vulnerable to the hazards of
signal power attenuation and multipath propagation in urban environments. Non-coherent …

Although mobile communication has become ubiquitous in our modern society, operators
typically treat the underlying networking infrastructure in a secretive manner. However …

Global navigation satellite systems (GNSS) have been the main technology used in aerial
and ground vehicle navigation systems. As vehicles approach full autonomy, the …

Unmanned aerial vehicle (UAV) trajectory planning in urban environments is considered.
Equipped with a three-dimensional (3-D) environment map, the UAV navigates by fusing …