Playback of 5G and Beyond Measured MIMO Channels by an ANN-Based Modeling and Simulation Framework

Zhao, Xiongwen; Du, Fei; Geng, Suiyan; Fu, Zihao; Wang, Zhongyu; Zhang, Yu; Zhou, Zhenyu; Zhang, Lei; Yang, Liuqing

doi:10.1109/jsac.2020.3000827

Cited by 69 publications

(40 citation statements)

References 24 publications

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“…The receiving antenna is a horn antenna, and it moves along the yellow line (that is, along the x-axis) every 5 or 10 m; y = 71.3, z = 1. 3. The power of the transmitter is 0 dBm, and the bandwidth of the measurement is 1 GHz.…”

Section: Channel Measurement Proceduresmentioning

confidence: 99%

“…The transmitting antenna and receiving antenna are vertically polarized. 3. The power of the transmitter is 0 dBm, and the bandwidth of the measurement is 1 GHz.…”

Section: Channel Measurement Proceduresmentioning

confidence: 99%

“…Compared with fifth-generation wireless systems (5G) sub-6GHz, millimeter wave technology has unique advantages, such as a large bandwidth, low delay, and high speed, and can effectively meet the needs of future wireless communication systems with respect to capacity and transmission rate [1][2][3]. Therefore, millimeter wave technology has become a core element of 5G.…”

Section: Introductionmentioning

confidence: 99%

See 2 more Smart Citations

Researching on the Deterministic Channel Models for Urban Microcells Considering Diffraction Effects

Hou

et al. 2021

Energies

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Deterministic channel models, such as the three-dimensional (3D) ray launching method, can yield wireless channel parameters. In the non-line-of-sight (NLOS) propagation, the outdoor 3D ray launching method that considers diffraction effects is more accurate than the one that does not. While considering the diffraction effect, obtaining the diffraction point is challenging. This paper proposed a method for determining diffracted rays using the receiving sphere method in 3D ray launching. The diffraction point is determined using the shortest distance method between two straight lines, and the signal loss from the transmitting to receiving antennas is obtained. Furthermore, experiments on a millimeter wave in a microcell scenario were performed. The test results of the wireless channel parameters were compared with theoretical calculations. The results obtained via the 3D ray launching method that only considers the specular reflection and direct rays agree with the experimental results in the line-of-sight (LOS); furthermore, they generate larger errors compared with the experimental results in the NLOS. The results obtained via the 3D ray launching method that considers the direct ray, reflected rays, and diffracted rays agree with the experimental results both in the LOS and NLOS. Therefore, the 3D ray launching method that considers the diffraction effect can improve the prediction accuracy of the millimeter wave channel parameters in a microcell.

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Section: Channel Measurement Proceduresmentioning

confidence: 99%

“…The transmitting antenna and receiving antenna are vertically polarized. 3. The power of the transmitter is 0 dBm, and the bandwidth of the measurement is 1 GHz.…”

Section: Channel Measurement Proceduresmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

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Researching on the Deterministic Channel Models for Urban Microcells Considering Diffraction Effects

Hou

et al. 2021

Energies

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“…The shadow effect is lognormal shadow effect, where G ~N (0,1) belongs to any number conforming to the normal distribution of (0,1), and σdB represents the coefficient of shadow fading. At this point, when calculating the small-scale fading in the UWB node, the multipath fading channel can be studied by using the simplified IMT-A new arrival model [6][7][8][9]..…”

Section: Transmission Modelmentioning

confidence: 99%

Modeling and Performance of Mine MIMO Channel Based on Geometric Stochastic Characteristics

2021

J. Phys.: Conf. Ser.

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MIMO technology has become one of the most promising content in mobile wireless communication, and it has shown positive application value in both application and innovation. On the basis of understanding the current development status of MIMO channel technology, this paper analyzes the standardization of MIMO to the future development trend according to the modeling of broadband dryness ratio of GBSM.

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“…Indeed, the importance of accurate channel representation [39] cannot be underestimated for a meaningful evaluation of beamtracking algorithms. Although the LoS and specular paths account for most of the channel power, diffuse pathswhich arise from rough surface scattering and so appear only when the wavelength is comparable to the dimension of the roughness, such as at mmWavecan account for up to 40% [40]- [44].…”

Section: Introductionmentioning

confidence: 99%

Markov Multi-Beamtracking on 60 GHz Mobile Channel Measurements

Blandino

Senic

Gentile

et al. 2022

IEEE Open J. Veh. Technol.

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Beamforming training refers to the exhaustive scan over which the transmitter and receiver jointly steer their beams along a predefined set of double-directional angles to determine the beam pairs that coincide with the dominant propagation paths of the channel, for millimeter-wave spatial multiplexing at millimeter-wave. When mobile, training necessitates a high refresh rate to maintain connectivity and so, to reduce overhead, beamtracking algorithms exploit the spatial-temporal consistency of the channel to localize the scan around the beam pairs determined at a previous time. The algorithms' true performance, however, is still unknown since results reported to date are based on oversimplified channel models. In this paper, we propose a novel beamtracking algorithm formulated as a first-order Markov process that supports multiple beam pairs. The algorithm is evaluated through actual channel measurementsnot a channel modelrecorded with our high-precision 3D double-directional 60 GHz channel sounder. The measurement campaign, to our knowledge, is unprecedented: with 10,895 large-scale measurements, spaced 8.8 cm apart on average to emulate continuous motion, over which the mobile receiver traversed a total of 900.2 m. We demonstrate that four beam pairs can be sustained always and that eight pairs can be sustained 57% of the time.

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Playback of 5G and Beyond Measured MIMO Channels by an ANN-Based Modeling and Simulation Framework

Cited by 69 publications

References 24 publications

Researching on the Deterministic Channel Models for Urban Microcells Considering Diffraction Effects

Researching on the Deterministic Channel Models for Urban Microcells Considering Diffraction Effects

Modeling and Performance of Mine MIMO Channel Based on Geometric Stochastic Characteristics

Markov Multi-Beamtracking on 60 GHz Mobile Channel Measurements

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