Electromagnetic Channel Model for Near Field MIMO Systems in the Half Space

Jiang, Yuhua; Gao, Feifei

doi:10.1109/lcomm.2022.3229445

Cited by 9 publications

(8 citation statements)

References 16 publications

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“…It is worth noting that the above works focused on only one XL-MIMO design. However, to promote the practical implementation of these schemes, it is also necessary to consider multiple XL-MIMO designs and compare their performances in a unified manner [49], [53], [86], [87], [123], [127]. The considered XL-MIMO designs and characteristics for these works are summarized in Table VII.…”

Section: Continuous Aperture (Cap)-based Xl-mimomentioning

confidence: 99%

“…Similar to [86], the authors in [123] also considered the ULA-based XL-MIMO and the 1D CAP line segment-based XL-MIMO. Note that both the transmitter and the receiver were equipped with XL-MIMO.…”

Section: Ghzmentioning

confidence: 99%

“…A practical case with unparallel 1D CAP line segments with arbitrary orientation and position was studied. Besides, the authors in [123] and [150] considered both the ULA-based XL-MIMO and 1D CAP line segment-based XL-MIMO. The authors in [123] modeled and analyzed the system from the perspective of the asymptotic analysis, but a non-asymptotic analysis was implemented in [150].…”

Section: Only One Receiver Without Any Transmittermentioning

confidence: 99%

“…Besides, the authors in [123] and [150] considered both the ULA-based XL-MIMO and 1D CAP line segment-based XL-MIMO. The authors in [123] modeled and analyzed the system from the perspective of the asymptotic analysis, but a non-asymptotic analysis was implemented in [150]. Moreover, the authors in [123] considered the halfspace and proposed an approach to quickly compute the Green function in the half-space based on the Sommerfeld identity.…”

Section: Only One Receiver Without Any Transmittermentioning

confidence: 99%

“…The authors in [123] modeled and analyzed the system from the perspective of the asymptotic analysis, but a non-asymptotic analysis was implemented in [150]. Moreover, the authors in [123] considered the halfspace and proposed an approach to quickly compute the Green function in the half-space based on the Sommerfeld identity. For the scalar Green's function based channel modeling, the authors in [125] and [151] the 2D CAP planebased XL-MIMO and applied the Weyl's identity to derive the Fourier plane-wave representation for the scalar Green's function based LoS channel.…”

Section: Only One Receiver Without Any Transmittermentioning

confidence: 99%

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Luo Jianwen, Associate Professor Jong Ching Chuen, and Associate Professor Chang Chip Hong, for their friendship, help, discussions, suggestions and encouragement.I do also appreciate the support and help from my colleagues in the FTD Solutions Pte Ltd and in the Centre for Signal Processing, NTD. Especially, I would like to thank Qian Yue, Lu Dawei, Yang Fan, and Dr. Yu Zhuliang for their valuable comments, suggestions and criticisms.I have enjoyed the company and friendship of all of my friends in Singapore. I would like to thank them for making the past five years an unforgettable and invaluable experience in my life.Last, I wish to express my deepest gratitude to my dear parents, my dear brother, and my lovely four year old nephew. It is indeed their deep love and consistent encouragement that has kept me focused, determined, cheered up, and never to say give up.

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