Overview of planar antenna loading metamaterials for gain performance enhancement: The two decades of progress
Metamaterials (MTMs) are artificially engineered materials with unique electromagnetic
properties not occurring in natural materials. MTMs have gained considerable attention …
properties not occurring in natural materials. MTMs have gained considerable attention …
Impact of propagation path loss by varying BTS height and frequency for combining multiple path loss approaches in macro-femto environment
MA Saeed, MZ Khan, A Khan, MU Saeed… - Arabian Journal for …, 2022 - Springer
Propagation path loss estimation is an important constraint in the design and
implementation of 4G wireless networks. When the radio frequency signal is communicated …
implementation of 4G wireless networks. When the radio frequency signal is communicated …
Channel characterization for 5G-R indoor communication at 2.1 GHz
With the development of the smart railway, new services need to be supported by fifth-
generation (5G) technology. Comparing to 5G technology, 5G-railway (5G-R) is more …
generation (5G) technology. Comparing to 5G technology, 5G-railway (5G-R) is more …
Sistema automatizado de medidas del perfil de potencia angular y de retardo (PADP) para la caracterización del canal direccional de radiocomunicaciones en la …
R Robles Enciso - 2022 - repositorio.upct.es
Este trabajo presenta un sondeador de canal de perfil de retardo de potencia angular
(PADP) con mediciones preliminares a 32 GHz en un pasillo. Se ha diseñado un dispositivo …
(PADP) con mediciones preliminares a 32 GHz en un pasillo. Se ha diseñado un dispositivo …
[PDF][PDF] Wideband Directional Measurements in the 32 GHz Frequency Band in a LoS Corridor Situation
This work presents a Power Angular Delay Profile (PADP) channel sounder with preliminary
measurements at 32 GHz in a corridor. A low cost device has been designed to perform the …
measurements at 32 GHz in a corridor. A low cost device has been designed to perform the …
[引用][C] Novel improvements of empirical wireless channel models and proposals of machine-learning-based path loss prediction models for future communication …
MKM Elmezughi - 2022