Showing 261 - 280 results of 1,635 for search '"5G"', query time: 0.11s Refine Results
  1. 261
  2. 262
  3. 263
  4. 264

    5G beamforming weight optimization method based on particle swarm optimization algorithm by Jianbin WANG, Hengjun WANG, Song WU, Zhenkai WANG

    Published 2023-07-01
    “…In order to solve the problems of insufficient indoor 5G signal coverage and difficulty in optimization of high-rise buildings, the 5G beamforming weight optimization method based on particle swarm optimization (PSO) algorithm was proposed.Decoupling and reducing the network dimension into multiple subnet slices by collecting the data reported by the terminal, and the single cell weight database was planned and simulated to create the multi-cells weights group and fitness function.Finally, the PSO algorithm was adopted to obtain the local optimal weight group of the multi-cells.The test results show that the reference signal receiving power (RSRP) is improved by 8.7%, the signal to interference plus noise ratio (SINR) is improved by 17.5%, the downlink throughput is promoted by 27.3% together.The proposed method has the advantages of low cost, high efficiency and intelligence, and can significantly improve the user perception in high-rise buildings.…”
    Get full text
    Article
  5. 265

    Research on wireless coverage area detection technology for 5G mobile communication networks by Hongjun Wang, Yu Zhou, Wenhao Sha

    Published 2017-12-01
    “…In the field of 5G mobile communication networks, coverage performance is an important indicator that can affect the user’s terminal experience. …”
    Get full text
    Article
  6. 266
  7. 267

    Two-Step Method for Millimeter-Wave Antenna Performance Assessment in 5G Smartphones by Filipa S. S. Fernandes, Christian Rom, António Rodrigues, Simon Svendsen, Ole Jagielski

    Published 2021-01-01
    “…A critical challenge for 5G is transitioning to the mm-Wave spectrum. Despite providing unprecedented data rates, mm-Waves also suffer high path loss, atmospheric absorption, and higher fluctuating channel conditions, sparking numerous paradigm shifts in the smartphone industry. …”
    Get full text
    Article
  8. 268
  9. 269
  10. 270
  11. 271
  12. 272
  13. 273
  14. 274
  15. 275

    Novel Method for Optimal Synthesis of 5G Millimeter Wave Linear Antenna Array by Zarko Rosic, Olivera Mihic, Danijela Aleksic, Dejan Drajic

    Published 2017-01-01
    “…We will propose a useful method for 5G mm wave antenna array synthesis, based on Genetic Algorithm for the synthesis of linear array with nonuniform interelement spacing. …”
    Get full text
    Article
  16. 276

    5G new radio design:why/how to extend/innovate from LTE by Hui TONG

    Published 2019-07-01
    Subjects: “…5G…”
    Get full text
    Article
  17. 277
  18. 278

    Multi-agent heterogeneous network selection method based on 5G UAV communication by Yu DING, Chenkai LI, Huimei HAN, Weidang LU, Yuanhong REN, Yuan GAO, Jiang CAO

    Published 2022-08-01
    “…The combination of 5G UAV communication and different wireless access technologies makes wireless heterogeneous networks present a diversified development trend.However, various types of service requests by users have different requirements on the heterogeneous networks, which leads to the problem of network selection.A multi-agent heterogeneous network selection method based on 5G UAV communication was proposed.Specifically, the users were divided into multiple agents.From the two aspects of the user side and the network side, the delay and transmission rate requirements of the user side and the load balancing requirement of the network side were comprehensively considered as the relevant parameters of immediate reward.The simulation results show that the proposed heterogeneous network selection method can select the appropriate network according to the needs of users of different service types, balance the load of the network, and make full use of the resources of the heterogeneous wireless network.…”
    Get full text
    Article
  19. 279
  20. 280