ANGLE-BASED POSITIONING VIA A REPEATER

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ANGLE-BASED POSITIONING VIA A REPEATER - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240314721 titled 'ANGLE-BASED POSITIONING VIA A REPEATER

The abstract of the patent application describes a network entity receiving spatial direction information or beam antenna information associated with a repeater, obtaining a set of beam indexes corresponding to beams associated with the repeater, and providing a request to a network node for transmitting reference signals or performing measurements for a positioning session based on the beam indexes and the spatial direction information or beam antenna information.

Network entity receives spatial direction or beam antenna information related to a repeater.
Obtains a set of beam indexes corresponding to beams associated with the repeater.
Requests a network node to transmit reference signals or perform measurements for positioning based on the beam indexes and spatial direction or beam antenna information.

Potential Applications: - Enhanced positioning accuracy in wireless networks. - Improved signal strength and coverage in network communication. - Efficient resource allocation for network optimization.

Problems Solved: - Addressing signal interference and coverage gaps in network communication. - Enhancing location accuracy for various applications. - Optimizing network performance based on spatial information.

Benefits: - Enhanced network reliability and performance. - Improved user experience in terms of connectivity and location-based services. - Efficient utilization of network resources for better coverage.

Commercial Applications: Title: "Enhanced Positioning Technology for Wireless Networks" This technology can be utilized in telecommunications, IoT devices, location-based services, and network infrastructure industries. It can improve network performance, enhance user experience, and enable more accurate location-based services.

Questions about Enhanced Positioning Technology for Wireless Networks: 1. How does this technology improve network reliability and performance? - This technology enhances network reliability and performance by utilizing spatial direction information and beam antenna information to optimize resource allocation and improve signal strength and coverage.

2. What are the potential applications of this technology in the IoT industry? - This technology can be applied in IoT devices to enhance location accuracy, improve connectivity, and optimize network performance for various IoT applications.

Original Abstract Submitted

in an aspect, a network entity may receive at least one of spatial direction information associated with a repeater or beam antenna information associated with the repeater. the network entity may obtain an indication of a set of beam indexes corresponding to a set of beams associated with the repeater. the network entity may provide, for a network node, a request to transmit a set of reference signals or to perform a set of measurements for a positioning session based on the set of beam indexes and at least one of the spatial direction information or the beam antenna information.