Uplink mu-mimo operation parameter determination method and apparatus
CN120856182BActive Publication Date: 2026-08-28SHANGHAI WU QI MICROELECTRONICS CO LTD +1
Patent Information
- Application Number
- CN202511227956.X
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- Filing Date
- 2025-08-29
- Publication Date
- 2026-08-28
- Estimated Expiration
- 2045-08-29
AI Technical Summary
Technical Problem
[0003]然而上行MU-MIMO的建立过程,是一个高度动态且依赖多轮交互的复杂过程,其复杂性主要体现在波束扫描的多维度空间探测与参数迭代的多轮动态适配
Benefits of technology
[0015]本发明提供的上行MU-MIMO工作参数确定方法及装置,在确定上行MU-MIMO工作参数时,先获取周围AP信号到达自身的当前入射角度数据;然后根据当前入射角度数据,通过训练后的空间映射矩阵预测模型确定目标空间映射矩阵和目标上行信道通信容量;再根据目标上行信道通信容量以及目标AP分配的当前信号带宽和当前调制编码指示,通过训练后的发射功率预测模型确定目标上行发射功率;进而将目标空间映射矩阵和目标上行发射功率确定为上行MU-MIMO的目标工作参数。这样利用空间映射矩阵预测模型和发射功率预测模型预测上行MU-MIMO的工作参数,与常规上行MU-MIMO建立方式相比,节省了多次波束扫描搜索和多轮工作参数迭代过程,缩短了业务建立时间,提高了网络服务质量。
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Abstract
The application provides an uplink MU-MIMO working parameter determination method and device, and relates to the technical field of wireless communication, and the method comprises the following steps: acquiring current incidence angle data of surrounding AP signals arriving at the self; determining a target spatial mapping matrix and a target uplink channel communication capacity by using a trained spatial mapping matrix prediction model according to the current incidence angle data; determining a target uplink transmission power by using a trained transmission power prediction model according to the target uplink channel communication capacity and current signal bandwidth and a current modulation and coding indication; and determining the target spatial mapping matrix and the target uplink transmission power as target working parameters of uplink MU-MIMO. In this way, the working parameters of uplink MU-MIMO are predicted by using a spatial mapping matrix prediction model and a transmission power prediction model, multiple beam scanning searches and multiple rounds of working parameter iteration processes are saved, service establishment time is shortened, and network service quality is improved.
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