Accuracy comparison of propagation models for mmWave communication in NS-3Millimeter wave (
mmWave) communications have recently attracted large interest of research society
Modeling Three-Dimensional Interference and SIR in Highly Directional mmWave Communications in developing fifth-generation(5G) mobile technology. The use of highly directional antennas in
millimeter-wave Performance Analysis of Multi-Band Microwave and Millimeter-Wave Operation in 5G NR SystemsBlockage of
millimeter-wave (
mmWave) radio propagation paths in dense mobile scenarios requires
Empirical Effects of Dynamic Human-Body Blockage in 60 GHz CommunicationsThe
millimeter-wave (
mmWave) bands and other high frequencies above 6 GHz have emerged as a central
Simulation Modeling of Street Access Points Operating on the Millimeter Frequency BandTechnologies of 5G wireless communication operating in the
millimeter range pose new challenges
Balancing Latency and Energy Efficiency in mmWave 5G NR Systems with Multiconnectivity to characterize the trade-off between energy efficiency and latency in
millimeter wave (
mmWave) 5G NR systems
Dynamic Multi-Connectivity Performance in Ultra-Dense Urban mmWave DeploymentsPetrov V.,
Solomitckii D.,
Samuylov A.,
Lema M.A.,
Gapeyenko M.,
Moltchanov D.,
Andreev S.,
Naumov V.,
Samouylov K.,
Dohler M.,
Koucheryavy Y. to enhance session continuity in
millimeter-wave (
mmWave) cellular systems that suffer from frequent link
A Concise Review of 5G New Radio Capabilities for Directional Access at mmWave Frequencies with a particular emphasis on
millimeter-wave (
mmWave) frequency range. The highly directional nature
Maximizing Achievable Data Rate in Unlicensed mmWave Networks with Mobile ClientsIn
millimeter-wave (
mmWave) networks, where faster signal attenuation is compensated by the use
Traffic Arrival Model for Millimeter Wave 5G NR SystemsS) provided to users. At the same time, specifics of directional communications in
millimeter wave (
mmWave