2021
DOI: 10.1016/j.procs.2021.02.017
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5G Technology and the Future of Architecture

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Cited by 18 publications
(5 citation statements)
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“…In Boston, the city worked closely with residents and vendors to come up with innovative pole designs that take up less sidewalk space (NLC 2018). These disputes are primarily about the landscape integration of 5G devices (Cramer 2021; NLC 2018; Ville de Paris 2021) and the protection of trees because forest cover limits the range of the waves (El‐Shorbagy 2021).…”
Section: G Deployment: Governance and Definition Issues2mentioning
confidence: 99%
“…In Boston, the city worked closely with residents and vendors to come up with innovative pole designs that take up less sidewalk space (NLC 2018). These disputes are primarily about the landscape integration of 5G devices (Cramer 2021; NLC 2018; Ville de Paris 2021) and the protection of trees because forest cover limits the range of the waves (El‐Shorbagy 2021).…”
Section: G Deployment: Governance and Definition Issues2mentioning
confidence: 99%
“…Nowadays, antennas occupy a physical and visual space in our environment, creating visual noise, which is why efforts are being made to integrate them into other objects so that they are not perceived. Several projects have focused on minimizing the visual impact of antennas on the environment [35,36]. This project focuses on the field of WiFi technology used to design antennas with minimal visual impact and good integration with the environment.…”
Section: Wifi Antennasmentioning
confidence: 99%
“…The number of connected devices that can be supported by 5G, the speed of the network, and exceptionally low latency are the characteristics that set it apart from its predecessors. Several innovations have significantly increased the performance of 5G systems, including the provision of an end-to-end network architecture, network slicing, and virtual evolved packet core (vEPC) for switching and data processing [ 157 ]. 5G networks, like previous generations, are made up of several cell sites with sectors that send coded signals.…”
Section: Ehealth: Advances In Mhealthmentioning
confidence: 99%
“…The 5G network, like 4G LTE, uses OFDM encoding, but more efficiently to provide faster speeds. However, the air interface for 5G is designed to be more flexible and have lower latency than LTE [ 157 ]. These developments have generated promising prospects for enhancing mHealth services.…”
Section: Ehealth: Advances In Mhealthmentioning
confidence: 99%