With the marvelous development of wireless techniques and ubiquitous deployment of
wireless systems indoors, myriad indoor location-based services (ILBSs) have permeated …

Exploiting cellular long-term evolution (LTE) downlink signals for navigation purposes is
considered. First, the transmitted LTE signal model is presented and relevant positioning …

1) They are extremely weak and unusable in certain environments (eg, indoors and deep
urban canyons)[1]. 2) They are susceptible to unintentional interference and intentional …

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 …

This paper proposes and validates, in the field, an approach for position tracking that is
based on Long-Term Evolution (LTE) downlink signal measurements. A setup for real data …

We envision small cells mounted on unmanned aerial vehicles, to complement existing
macrocell infrastructure. We demonstrate through numerical analysis that clustering …

A receiver structure is proposed to jointly estimate the time-of-arrival (TOA) and azimuth and
elevation angles of direction-of-arrival (DOA) from received cellular long-term evolution …

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 …

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 …

Future mobile applications are expected to demand high accuracy positioning from cellular
networks. However, most time-delay estimators used for cellular trilateration ignore the …