ENERGY EFFICIENT ALLOCATION OF NON-TERRESTRIAL NETWORK RESOURCES FOR TERRESTRIAL USER EQUIPMENT
卷宗概要
发明人
Kun Lu; Karri M. Kuoppamaki; Jun Liu; George Frantz Cummings; Egil Gronstad; Brian A. Olsen
IPC 分类
CPC 分类
Systems and methods comprising instructions to detect real-time spatial distances between a satellite of a non-terrestrial network (NTN) and multiple wireless devices subscribed to a telecommunications network, determine, based a real-time spatial distance between each wireless device and the satellite, an estimated utilization of one or more resources of the satellite by the wireless device to access the telecommunications network via the satellite, prioritize a first subset of the multiple wireless devices having a lower estimated utilization of the one or more resources over a second subset of the multiple wireless devices having a higher estimated utilization of the one or more resources, and cause biased allocation of the one or more resources for prioritizing communications of the first subset of the multiple wireless devices to the telecommunications network via the satellite over the second subset of the multiple wireless devices.
原文(中文)
Systems and methods comprising instructions to detect real-time spatial distances between a satellite of a non-terrestrial network (NTN) and multiple wireless devices subscribed to a telecommunications network, determine, based a real-time spatial distance between each wireless device and the satellite, an estimated utilization of one or more resources of the satellite by the wireless device to access the telecommunications network via the satellite, prioritize a first subset of the multiple wireless devices having a lower estimated utilization of the one or more resources over a second subset of the multiple wireless devices having a higher estimated utilization of the one or more resources, and cause biased allocation of the one or more resources for prioritizing communications of the first subset of the multiple wireless devices to the telecommunications network via the satellite over the second subset of the multiple wireless devices.