"Whilst the specific compositions of future 6G and beyond networks are yet to be defined, the set of requirements on antennas for future wireless ecosystem is largely agreed upon by industry. These include high energy and cost efficiencies, dynamic beamforming, THz operations, in-band full duplex operation, high level of intelligence and security, low form factors to support Internet of Things (IoT), and high level of system integration. These are posing major challenges to antenna researchers and engineers. To meet the ...
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"Whilst the specific compositions of future 6G and beyond networks are yet to be defined, the set of requirements on antennas for future wireless ecosystem is largely agreed upon by industry. These include high energy and cost efficiencies, dynamic beamforming, THz operations, in-band full duplex operation, high level of intelligence and security, low form factors to support Internet of Things (IoT), and high level of system integration. These are posing major challenges to antenna researchers and engineers. To meet the antenna challenges of future wireless ecosystems, the authors have invited a number of word-leading antenna researchers to present some of their most advanced research findings. These chapter contributions reflect many aspects of current global antenna research activities addressing challenges of future wireless systems to meet the aforementioned requirements. It expected that the book will offer potential solutions to the wireless industry and facilitate new research activities in the antennas community. It is timely and has the potential to make significant impacts in the next two decades"--
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