METHOD AND APPARATUS FOR UE ASSUMPTION FOR CGI READING IN NR

Methods and apparatus are provided for a UE (User Equipment) to determine a cell global identity (CGI) of a target cell. This patent application describes a technology that allows a UE to identify the unique identity of a specific cell in a cellular network.

The technology enables a UE to determine the CGI of a target cell.
The CGI is a unique identifier for a cell in a cellular network.
The UE uses various parameters and measurements to determine the CGI of the target cell.
The technology provides a more accurate and reliable method for a UE to identify a specific cell in a cellular network.

Potential Applications

This technology has potential applications in the field of cellular networks and mobile communication systems. Some potential applications include:

Improved handover: The technology can help a UE to seamlessly switch between cells during a call or data session, ensuring uninterrupted connectivity.
Network optimization: By accurately identifying the CGI of target cells, network operators can optimize the network performance and improve overall user experience.
Location-based services: The technology can be used to provide location-based services to users, such as targeted advertising, navigation, and emergency services.

Problems Solved

This technology addresses the following problems:

Inaccurate cell identification: Existing methods for a UE to determine the CGI of a target cell may be prone to errors, leading to connectivity issues and degraded performance.
Handover failures: Inaccurate cell identification can result in handover failures, causing dropped calls and interrupted data sessions.
Limited location-based services: Without accurate cell identification, location-based services may not function properly, affecting user experience and service quality.

Benefits

The technology offers the following benefits:

Improved network reliability: By accurately determining the CGI of target cells, the technology helps to reduce handover failures and improve overall network reliability.
Enhanced user experience: Seamless handovers and accurate cell identification contribute to a better user experience with uninterrupted connectivity.
Advanced location-based services: Accurate cell identification enables more precise location-based services, enhancing the functionality and value of such services.

Original Abstract Submitted

Methods and apparatus are provided for a UE to determine a cell global identity (CGI) of a target cell.

17593124. METHOD AND APPARATUS FOR UE ASSUMPTION FOR CGI READING IN NR simplified abstract (Apple Inc.)

Contents

METHOD AND APPARATUS FOR UE ASSUMPTION FOR CGI READING IN NR

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