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Perspectives Using a Reinforcement Learning Approach and Ray-Tracing SW for 5G+ Indoor Coverage Optimization.

, , , , и . ICTC, стр. 1777-1779. IEEE, (2021)

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Yung-Sup Chung

Young Sup Chung

Kyung-sup Chung

Sang Sup Kim

Yong-Sup Kim

 

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An extended approach of a prediction method for the deterministic propagation path loss model., , , , и . ICTC, стр. 1073-1075. IEEE, (2019)Perspectives Using a Reinforcement Learning Approach and Ray-Tracing SW for 5G+ Indoor Coverage Optimization., , , , и . ICTC, стр. 1777-1779. IEEE, (2021)Propagation Characteristics of an Industrial Environment Channel at 4.1 GHz., , , , и . ICTC, стр. 1530-1532. IEEE, (2021)Interference Measurement Between 3.5 GHz 5G System And Radar., , , и . ICTC, стр. 1539-1541. IEEE, (2018)Propagation characteristics of Urban and Highway Vehicle-to-Everything(V2X) Channels at 5.9 GHz., , , , и . ICTC, стр. 872-876. IEEE, (2021)Propagation characteristics for V2V expressway environment at 5.9 GHz., , , , , и . ICTC, стр. 1009-1012. IEEE, (2020)New AMR(Automatic Modulation Recognition) algorithm based on the phase difference tendency of unknown communication signal., , , , и . ICTC, стр. 1483-1486. IEEE, (2023)An Efficient Calibration of a Fully-Switched MIMO Channel Sounder with Internal Crosstalk., , , , и . VTC Spring, стр. 1-5. IEEE, (2020)Non-stationarity of vehicle to vehicle channels using correlation or covariance in highway scenarios., , , и . ICTC, стр. 1546-1548. IEEE, (2018)An Analysis of Building Material Electrical Properties' Effects on Radio Wave Propagation., , , , и . ICTC, стр. 847-849. IEEE, (2020)