Nokia technologies oy (20240259923). PATH SWITCHING simplified abstract
Contents
PATH SWITCHING
Organization Name
Inventor(s)
Brajesh Soni of Bangalore (IN)
Bharath Ramesh Kashyap of Bangalore (IN)
Faranaz Sabouri-sichani of Aalborg (DK)
PATH SWITCHING - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240259923 titled 'PATH SWITCHING
The abstract describes a method for a network node to switch a remote user equipment (UE) to connect with the network node via a relay UE, provide a connection configuration for the remote UE, and prohibit the relay UE from establishing a sidelink connection with the remote UE.
- Determining the need for a path switch for a remote UE in a cell.
- Switching the remote UE to connect with the network node via a relay UE.
- Providing a connection configuration for the remote UE to connect via the relay UE.
- Handing over the relay UE to another cell.
- Transmitting a message to the relay UE to prevent a sidelink connection with the remote UE.
Potential Applications: - Mobile network optimization - Enhanced network connectivity - Efficient resource management
Problems Solved: - Seamless handover of UEs between cells - Preventing unwanted sidelink connections - Improving network performance and reliability
Benefits: - Enhanced user experience - Reduced network congestion - Improved network efficiency
Commercial Applications: Title: "Enhanced Mobile Network Optimization for Seamless Connectivity" This technology could be used by telecommunications companies to improve the efficiency and reliability of their mobile networks, leading to better service for customers and potentially reducing operational costs.
Prior Art: Research existing methods for UE handover and relay communication in mobile networks to understand the current state of the art in this field.
Frequently Updated Research: Stay informed about advancements in mobile network optimization, relay communication protocols, and UE handover techniques to ensure the technology remains cutting-edge.
Questions about Mobile Network Optimization: 1. How does this method improve network performance compared to traditional handover techniques? - This method streamlines the handover process and prevents unnecessary connections, leading to faster and more reliable network performance. 2. What are the potential challenges in implementing this technology on a large scale? - Implementing this technology on a large scale may require significant infrastructure upgrades and coordination between network nodes and UEs.
Original Abstract Submitted
there is provided a method for a network node, comprising: determining that a remote user equipment (ue) in a cell requires a path switch, the path switch comprising switching the remote ue to connect with the network node via a relay ue; providing, for the remote ue, a connection configuration for connecting with the network node via the relay ue; after providing the connection configuration, determining that the relay ue is to be handed over to another cell; transmitting a message to the relay ue, the message prohibiting the relay ue from establishing a sidelink connection with the remote ue.
