BEAM TRAINING EXECUTED BY A TERMINAL APPARATUS Russian patent published in 2022 - IPC H04B7/06 

Abstract RU 2768268 C1

FIELD: wireless communication.

SUBSTANCE: invention relates to communication equipment and can be used in wireless communication systems. To realise the described result, the method includes a stage wherein a first implementation of a set of reference beam signals is received from a network node using a fixed beam, the corresponding adjustment factor is determined for at least one of the received reference beams. A second implementation of a set of reference beams is received from a network node using a set of directed beams, so that the reference beam signal is received in a directional beam. The method includes a stage of estimating which directional beam in a set of directional beams should be used for subsequent communication with the network node, based on the most powerful received reference beam signal in the second implementation of a set of reference beams compensated using adjustment coefficients, wherein the power of the signal for the directional beam is compensated using an adjustment factor.

EFFECT: increase in the quality of the beam received by the terminal apparatus.

26 cl, 9 dwg

Similar patents RU2768268C1

Title Year Author Number
PROCESSING OF COMMUNICATION LINES FOR A BEAM PAIR LINK 2018
  • Nilsson, Andreas
RU2754436C1
METHOD AND DEVICE FOR SYNCHRONIZATION IN WIRELESS COMMUNICATION SYSTEM 2018
  • Li, Gen
  • Wang, Jianfeng
RU2729777C1
INDICATING A BEAM FOR UPLINK POWER CONTROL 2018
  • Nory, Ravikiran
  • Grant, Stephen
  • Tidestav, Claes
  • Wernersson, Niklas
RU2752694C1
BEAM SELECTION FOR A TRANSCEIVING RADIO DEVICE 2017
  • Nilsson, Andreas
  • Reial, Andres
RU2729211C1
TRANSMISSION OF UPLINK REFERENCE SIGNALS 2018
  • Nilsson, Andreas
  • Faxer, Sebastian
  • Wernersson, Niklas
RU2763293C1
DEVICE TO DEFINE COMPLEX CAPACITIVITY OF MATERIALS 2014
  • Parkhomenko Mikhail Pavlovich
  • Savel'Ev Sergej Vjacheslavovich
  • Fongratovski Svetlana Vjacheslavovna
  • Kalenov Dmitrij Sergeevich
  • Fedoseev Nikolaj Aleksandrovich
  • Eremin Il'Ja Stanislavovich
  • Chepurnykh Igor' Pavlovich
RU2575468C1
COMMUNICATION METHOD AND COMMUNICATION DEVICE 2019
  • Guan, Peng
  • Liu, Jianqin
  • Shi, Hongzhe
RU2779433C2
METHOD FOR DETECTING IMMATURE DISCHARGE IN EPILEPSY IN LABORATORY RATS USING THE ANALYSIS OF BRAIN SPURRY ELECTRICAL ACTIVITY 2022
  • Sushkova Olga Sergeevna
  • Morozov Aleksej Aleksandrovich
  • Gabova Aleksandra Vasilevna
  • Sarkisova Karine Yurevna
RU2781622C1
ORGANIC LIGHT-EMITTING DIODE 2013
  • Koshelev Aleksandr Georgievich
  • Bobreshov Anatolij Mikhajlovich
  • Zolotukhin Evgenij Viktorovich
RU2548603C1
WIRELESS COMMUNICATION METHOD, TERMINAL DEVICE AND NETWORK DEVICE 2017
  • Tang, Hai
RU2721363C1

RU 2 768 268 C1

Authors

Nilsson, Andreas

Dates

2022-03-23Published

2018-08-22Filed