View source for China Mobile Communication Co., Ltd Research Institute (20240284288). CONVERGED NETWORK SERVICE CONTINUITY METHOD AND APPARATUS, AND COMMUNICATION DEVICE simplified abstract

=CONVERGED NETWORK SERVICE CONTINUITY METHOD AND APPARATUS, AND COMMUNICATION DEVICE=


==Organization Name==

[[:Category:China Mobile Communication Co., Ltd Research Institute|China Mobile Communication Co., Ltd Research Institute]]


[[Category:China Mobile Communication Co., Ltd Research Institute]]

==Inventor(s)==

[[:Category:Nanxiang Shi of Beijing (CN)|Nanxiang Shi of Beijing (CN)]][[Category:Nanxiang Shi of Beijing (CN)]]

[[:Category:Lu Lu of Beijing (CN)|Lu Lu of Beijing (CN)]][[Category:Lu Lu of Beijing (CN)]]

==CONVERGED NETWORK SERVICE CONTINUITY METHOD AND APPARATUS, AND COMMUNICATION DEVICE - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240284288 titled 'CONVERGED NETWORK SERVICE CONTINUITY METHOD AND APPARATUS, AND COMMUNICATION DEVICE

The abstract of this patent application describes a method and apparatus for converged network service continuity, specifically focusing on handover processing for audio and/or video services across different types of access networks.

* Determining service rules for terminals, including handover targets such as fixed access networks, mobile access networks, and satellite access networks.
* Identifying handover targets and processing rules when an access handover event is initiated by a terminal or network device.
* Performing service handover processing based on the determined processing rules.

Potential Applications:
- Telecommunications industry for seamless service continuity across different access networks.
- Mobile network operators for improving user experience during handovers between networks.
- Satellite communication providers for enhancing audio and video service delivery.

Problems Solved:
- Ensuring uninterrupted audio and video services during handovers between different types of access networks.
- Optimizing service processing rules for efficient handover processing.
- Enhancing user experience by minimizing service disruptions during network transitions.

Benefits:
- Improved service continuity for audio and video services.
- Enhanced user satisfaction with seamless handover experiences.
- Efficient utilization of different types of access networks for service delivery.

Commercial Applications:
Title: "Enhanced Converged Network Service Continuity for Audio and Video Services"
This technology can be utilized by telecommunications companies, mobile network operators, and satellite communication providers to enhance service continuity and user experience, potentially leading to increased customer retention and satisfaction.

Questions about Converged Network Service Continuity:
1. How does this technology improve the handover process for audio and video services across different access networks?
- This technology streamlines the handover process by determining service rules and processing rules based on the type of access network involved, ensuring seamless transitions for users.
2. What are the key benefits of implementing converged network service continuity for audio and video services?
- The main benefits include improved service continuity, enhanced user experience, and efficient utilization of different access networks for service delivery.


==Original Abstract Submitted==

embodiments of the present disclosure disclose a converged network service continuity method and apparatus, and communication device. the method includes: determining, by a core network device, a service rule corresponding to a terminal, where the service rule includes an audio and/or video service processing rule with at least one of a fixed access network, a mobile access network and a satellite access network as a handover target; determining, by the core network device, when the core network device receives an access handover event initiated by the terminal or a network device, a first handover target corresponding to the access handover event, determining a first processing rule for the first handover target based on the service rule, and performing service handover processing according to the first processing rule.



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