Beam weight determination method and device of 5G antenna, electronic equipment and medium
The embodiment of the invention provides a beam weight determination method and device of a 5G antenna, electronic equipment and a medium. The method comprises the following steps: acquiring a first scene type of a scene covered by the 5G antenna; according to set beam weight configuration informati...
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| creator | MU JIANKAI WANG XIAOLEI WANG YALIU ZHONG JIAMING ZHOU LIANG XIA MINGZHI TONG HAOBO WU JIAXU MEI HUI XU HAIBIN YUAN XIAO LIU CHENJI LYU ZHE WAN RENFU LIU WENPENG |
| description | The embodiment of the invention provides a beam weight determination method and device of a 5G antenna, electronic equipment and a medium. The method comprises the following steps: acquiring a first scene type of a scene covered by the 5G antenna; according to set beam weight configuration information corresponding to the first scene type, the number of sub-beams of the 5G antenna and the weight of each sub-beam corresponding to each set parameter are determined, so that if the first scene type belongs to a non-mixed scene type, the weight of each sub-beam corresponding to the same set parameter is the same, and if the first scene type belongs to a mixed scene type, the weight of each sub-beam corresponding to the same set parameter is the same. The weights, corresponding to the same set parameter, of the sub-beams are different; the scenes corresponding to the non-mixed scene type comprise buildings with the same size, the scenes corresponding to the mixed scene type comprise buildings with different sizes, |
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The method comprises the following steps: acquiring a first scene type of a scene covered by the 5G antenna; according to set beam weight configuration information corresponding to the first scene type, the number of sub-beams of the 5G antenna and the weight of each sub-beam corresponding to each set parameter are determined, so that if the first scene type belongs to a non-mixed scene type, the weight of each sub-beam corresponding to the same set parameter is the same, and if the first scene type belongs to a mixed scene type, the weight of each sub-beam corresponding to the same set parameter is the same. 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The method comprises the following steps: acquiring a first scene type of a scene covered by the 5G antenna; according to set beam weight configuration information corresponding to the first scene type, the number of sub-beams of the 5G antenna and the weight of each sub-beam corresponding to each set parameter are determined, so that if the first scene type belongs to a non-mixed scene type, the weight of each sub-beam corresponding to the same set parameter is the same, and if the first scene type belongs to a mixed scene type, the weight of each sub-beam corresponding to the same set parameter is the same. 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The method comprises the following steps: acquiring a first scene type of a scene covered by the 5G antenna; according to set beam weight configuration information corresponding to the first scene type, the number of sub-beams of the 5G antenna and the weight of each sub-beam corresponding to each set parameter are determined, so that if the first scene type belongs to a non-mixed scene type, the weight of each sub-beam corresponding to the same set parameter is the same, and if the first scene type belongs to a mixed scene type, the weight of each sub-beam corresponding to the same set parameter is the same. The weights, corresponding to the same set parameter, of the sub-beams are different; the scenes corresponding to the non-mixed scene type comprise buildings with the same size, the scenes corresponding to the mixed scene type comprise buildings with different sizes,</abstract><oa>free_for_read</oa></addata></record> |
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| subjects | ELECTRIC COMMUNICATION TECHNIQUE ELECTRICITY WIRELESS COMMUNICATIONS NETWORKS |
| title | Beam weight determination method and device of 5G antenna, electronic equipment and medium |
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