… the network coverage area, including also challenging indoor environments. … device
positioning in 5G networks, and to promote the prospects of High-Efficiency Device Positioning and …

… dense 5G network, antenna array models in the ANs and the clock offset models adopted for
the UN devices and network … joint UN position and clock offset estimation and tracking in the …

… In this study, a dense urban scenario is used to simulate and analyze the characteristics
and performance of OTDoA positioning in 5G UDN, which includes two kinds of base stations: …

… device positioning and network synchronization under unsynchronized clocks with clock
skews in 5G … and computationally efficient positioning and synchronization in a network-centric …

… 3a, positioning requests often occur in dense multipath environments, where, for a single
UE, multiple AOA measurements from multiple paths will be obtained at each BS and only the …

… Overall, we have shown that future 5G ultra-dense small cell network … location-based
services and network functionalities. … positioning and clock offset estimation in 5G ultra-dense …

… decline in positioning performance may … cellular network modeling, we present justification
for the PPP as an appropriate model for analyzing positioning performance in ultra dense 5G …

… based positioning technology in 5G from the beginning. In this paper we discuss 5G concepts
to ensure seamless positioning … from the high density of connected devices. There are two …

… -dense cmWave-based 5G networks, we propose an efficient joint positioning and network …
advantage of the expected 5G properties including high density of mobile devices. In addition …

… the key challenges faced by 5G new services in terms of traffic density, number of … positioning
technology oriented to 5G is given by analyzing the main directions involved in positioning…