Method and system for creating computing power session based on 6G network and mobile terminal

Abstract

The invention discloses a computing power session creation method and system based on a 6G network and a mobile terminal, belongs to the technical field of communication, and aims to solve the technical problem of how to plan special network resources for computing power tasks in a core network by using computing power task information through the 6G network. According to the technical scheme, the method comprises the steps that a mobile terminal informs a core network through computing power task request signaling information carried between a mobile user and the core network, the core network generates a corresponding network strategy according to a computing power task requested by the mobile terminal, a corresponding PDU session is modified in the whole mobile network, and a computing power task session is generated. The system comprises a mobile terminal, a base station, a UPF, a session management module, a strategy module and a computing power service module.

Description

Technical Field

[0001] The present invention relates to the field of communication technologies, and in particular to a method and system for creating a computing power session based on a 6G network and a mobile terminal. Background Art

[0002] Mobile communication networks are evolving from providing only connectivity services to providing integrated connectivity and computing services. Mobile communication networks must perceive the computing power of wireless devices (base stations and terminals) and discover computing power to enable distributed computing power scheduling within mobile computing networks. Currently, mobile terminals primarily interact with external computing centers to complete computing power registration and task management. However, computing centers do not interact with the core network, and the network itself does not provide support for computing tasks.

[0003] Therefore, how to use 6G networks to realize computing task information in the core network to plan dedicated network resources for computing tasks is a technical problem that needs to be solved urgently. Summary of the Invention

[0004] The technical task of the present invention is to provide a method and system for creating a computing power session based on a 6G network and a mobile terminal to solve the problem of how to use the 6G network to realize the planning of dedicated network resources for computing power tasks in the core network using computing power task information.

[0005] The technical task of the present invention is achieved in the following way: a method for creating a computing power session based on a 6G network and a mobile terminal, in which the mobile terminal notifies the core network through the computing power task request signaling information carried between the mobile user and the core network, and the core network generates a corresponding network policy based on the computing power task requested by the mobile terminal, modifies the corresponding PDU session in the entire mobile network, and generates a computing power task session.

[0006] Preferably, the core network generates a corresponding network policy based on the computing task requested by the mobile terminal, modifies the corresponding PDU session in the entire mobile network, and generates a computing task session as follows:

[0007] The core network's session management element modifies the current session into a computing task session based on the computing task information in the signaling;

[0008] The core network allocates unique network resources for executing computing tasks to the computing session based on the computing power information requested by the computing task;

[0009] The session management network element of the core network sends a computing task request to the computing center on behalf of the computing node.

[0010] As a preference, a dedicated 5QI is added for computing task sessions, which is used to ensure the network quality of computing task.

[0011] Better yet, the mobile network establishes a dedicated GTPU tunnel between the UPF and the base station for computing tasks.

[0012] More preferably, the base station receives signaling information carrying computing task requests sent by the mobile terminal.

[0013] More preferably, UPF forwards the signaling message carrying the computing power task request to the session management. After the session management receives the signaling information carrying the computing power task request, it modifies the session according to the computing power task request in the signaling information carrying the computing power task request to adapt to the needs of the computing power task.

[0014] A computing power session creation system based on a 6G network and a mobile terminal, the system comprising a mobile terminal, a base station, a UPF, a session management module, a policy module, and a computing power service module;

[0015] The mobile terminal is used to send signaling information carrying computing task requests;

[0016] The base station is used to receive signaling information carrying computing task requests sent by the mobile terminal;

[0017] UPF is used to forward the signaling message carrying computing power task request to the session management module;

[0018] The session management module is used to modify the session according to the computing task request in the signaling information carrying the computing task request after receiving the signaling information carrying the computing task request to adapt to the requirements of the computing task;

[0019] The policy module is used to formulate and issue corresponding computing power policies based on task requests, providing strategic guidance for subsequent computing power session management and task execution;

[0020] The computing power service module is used to interact with the computing power service through a mobile terminal using a managed computing power task session to execute computing power tasks.

[0021] Preferably, the mobile terminal notifies the core network through the computing power task request signaling information carried between the mobile user and the core network. The core network generates a corresponding network policy based on the computing power task requested by the mobile terminal, modifies the corresponding PDU session in the entire mobile network, and generates a computing power task session.

[0022] Preferably, the core network generates a corresponding network policy based on the computing task requested by the mobile terminal, modifies the corresponding PDU session in the entire mobile network, and generates a computing task session as follows:

[0023] The core network's session management element modifies the current session into a computing task session based on the computing task information in the signaling;

[0024] The core network allocates unique network resources for executing computing tasks to the computing session based on the computing power information requested by the computing task;

[0025] The session management network element of the core network sends a computing task request to the computing center on behalf of the computing node.

[0026] As a preference, a dedicated 5QI is added for computing task sessions. The dedicated 5QI is used to ensure the network quality of computing tasks. At the same time, the mobile network establishes a dedicated GTPU tunnel for computing tasks between UPF and base station.

[0027] The method and system for establishing a computing power session based on a 6G network and a mobile terminal of the present invention have the following advantages:

[0028] (1) The present invention uses 6G mobile user signaling to carry computing task information in the core network to plan dedicated network resources for computing tasks;

[0029] (2) The present invention enables the core network to allocate network resources according to computing tasks;

[0030] (3) The base station and UPF of the present invention act as intermediate transmission nodes, ensuring that messages can be accurately and efficiently delivered to the target module;

[0031] (4) The computing power session management module of the present invention manages the computing power session in detail based on the previously modified session information and the issued computing power policy, ensuring that the session status and parameters meet the requirements for computing power task execution and providing effective session support for the interaction between the terminal and the computing power service;

[0032] (5) The mobile terminal of the present invention uses a managed computing power session to interact with the computing power service to execute computing power tasks. The mobile terminal interacts with the computing power service with an effective computing power session to complete computing power processing work and output the computing power task execution results, ensuring that the computing power tasks can be executed smoothly and efficiently. BRIEF DESCRIPTION OF THE DRAWINGS

[0033] The present invention will be further described below with reference to the accompanying drawings.

[0034] Attachment Figure 1 A schematic diagram of a system for creating computing power sessions based on 6G networks and mobile terminals. DETAILED DESCRIPTION

[0035] The method and system for creating a computing power session based on a 6G network and a mobile terminal of the present invention are described in detail below with reference to the accompanying drawings and specific embodiments of the specification.

[0036] Example 1:

[0037] This embodiment provides a method for creating a computing power session based on a 6G network and a mobile terminal. The method is that the mobile terminal notifies the core network through the computing power task request signaling information carried between the mobile user and the core network. The core network generates a corresponding network policy according to the computing power task requested by the mobile terminal, modifies the corresponding PDU session in the entire mobile network, and generates a computing power task session.

[0038] In this embodiment, the core network generates a corresponding network policy based on the computing task requested by the mobile terminal, modifies the corresponding PDU session in the entire mobile network, and generates a computing task session as follows:

[0039] ① The core network's session management element modifies the current session into a computing task session based on the computing task information in the signaling;

[0040] ② The core network allocates unique network resources for executing computing tasks to the computing session based on the computing power information requested by the computing task;

[0041] ③ The session management network element of the core network sends a computing task request to the computing center on behalf of the computing node.

[0042] In this embodiment, a dedicated 5QI is added for computing task sessions, and the dedicated 5QI is used to ensure the network quality of computing task sessions.

[0043] The mobile network in this embodiment establishes a dedicated GTPU tunnel between the UPF and the base station for computing tasks.

[0044] The base station in this embodiment receives signaling information carrying a computing task request sent by a mobile terminal.

[0045] The UPF in this embodiment forwards the signaling message carrying the computing power task request to the session management. After the session management receives the signaling information carrying the computing power task request, it modifies the session according to the computing power task request in the signaling information carrying the computing power task request to adapt to the requirements of the computing power task.

[0046] Example 2:

[0047] As attached Figure 1 As shown, this embodiment provides a computing power session creation system based on a 6G network and a mobile terminal, the system including a mobile terminal, a base station, a UPF, a session management module, a policy module and a computing power service module;

[0048] The mobile terminal is used to send signaling information carrying computing task requests;

[0049] The base station is used to receive signaling information carrying computing task requests sent by the mobile terminal;

[0050] UPF is used to forward the signaling message carrying computing power task request to the session management module;

[0051] The session management module is used to modify the session according to the computing task request in the signaling information carrying the computing task request after receiving the signaling information carrying the computing task request to adapt to the requirements of the computing task;

[0052] The policy module is used to formulate and issue corresponding computing power policies based on task requests, providing strategic guidance for subsequent computing power session management and task execution;

[0053] The computing power service module is used to interact with the computing power service through a mobile terminal using a managed computing power task session to execute computing power tasks.

[0054] The mobile terminal in this embodiment notifies the core network through the computing power task request signaling information carried between the mobile user and the core network. The core network generates a corresponding network policy based on the computing power task requested by the mobile terminal, modifies the corresponding PDU session in the entire mobile network, and generates a computing power task session.

[0055] In this embodiment, the core network generates a corresponding network policy based on the computing task requested by the mobile terminal, modifies the corresponding PDU session in the entire mobile network, and generates a computing task session as follows:

[0056] ① The core network's session management element modifies the current session into a computing task session based on the computing task information in the signaling;

[0057] ② The core network allocates unique network resources for executing computing tasks to the computing session based on the computing power information requested by the computing task;

[0058] ③ The session management network element of the core network sends a computing task request to the computing center on behalf of the computing node.

[0059] In this embodiment, a dedicated 5QI is added for the computing task session. The dedicated 5QI is used to ensure the network quality of the computing task. At the same time, the mobile network establishes a dedicated GTPU tunnel for the computing task between the UPF and the base station.

[0060] The working process of this embodiment is as follows:

[0061] S1. Terminal initiates request: The mobile terminal sends a signaling message, which carries a computing task request. The mobile terminal conveys the computing task requirement to the subsequent network module through the information message;

[0062] S2, base station and UPF transmission: After receiving the signaling message sent by the terminal, the base station transmits the signaling information to the UPF. Among them, the UPF, as the user plane function module, further passes the message to the session management module. The base station and UPF act as intermediate transmission nodes to ensure that the message can be accurately and efficiently delivered to the target module.

[0063] S3. Session Management and Policy Management Processing: After receiving the signaling message, the session management module modifies the session based on the computing task request in the message to meet the task requirements. At the same time, the policy management module formulates and issues the corresponding computing strategy based on the task request, providing policy guidance for subsequent computing session management and task execution.

[0064] S4. Computing power session management: The session management module manages the computing power session in detail based on the previously modified session information and the issued computing power policy, ensuring that the session status and parameters meet the requirements of computing power task execution and providing effective session support for the interaction between the terminal and the computing power service.

[0065] S5. The terminal interacts with the computing service to execute tasks: The mobile terminal uses a managed computing session to interact with the computing service to execute computing tasks. The mobile terminal interacts with the computing service with an effective computing session to complete computing processing and output the computing task execution results, ensuring that the computing task can be executed smoothly and efficiently.

[0066] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit it. Although the present invention has been described in detail with reference to the above embodiments, those skilled in the art should understand that they can still modify the technical solutions described in the above embodiments, or replace some or all of the technical features therein with equivalents. However, these modifications or replacements do not cause the essence of the corresponding technical solutions to deviate from the scope of the technical solutions of the embodiments of the present invention.

Claims

1. A method for establishing a computing power session based on a 6G network and a mobile terminal, characterized in that: This method is that the mobile terminal notifies the core network through the computing task request signaling information carried between the mobile user and the core network. The core network generates a corresponding network policy based on the computing task requested by the mobile terminal, modifies the corresponding PDU session in the entire mobile network, and generates a computing task session.

2. The method for establishing a computing power session based on a 6G network and a mobile terminal according to claim 1, wherein: The core network generates a corresponding network policy based on the computing task requested by the mobile terminal, modifies the corresponding PDU session in the entire mobile network, and generates a computing task session as follows: The core network's session management element modifies the current session into a computing task session based on the computing task information in the signaling; The core network allocates unique network resources for executing computing tasks to the computing session based on the computing power information requested by the computing task; The session management network element of the core network sends a computing task request to the computing center on behalf of the computing node.

3. The method for establishing a computing power session based on a 6G network and a mobile terminal according to claim 1, wherein: A dedicated 5QI has been added for computing task sessions. The dedicated 5QI is used to ensure the network quality of computing task sessions.

4. The method for establishing a computing power session based on a 6G network and a mobile terminal according to any one of claims 1 to 3, characterized in that: The mobile network establishes a dedicated GTPU tunnel between the UPF and the base station for computing tasks.

5. The method for establishing a computing power session based on a 6G network and a mobile terminal according to claim 4, characterized in that: The base station receives signaling information carrying computing task requests sent by the mobile terminal.

6. The method for establishing a computing power session based on a 6G network and a mobile terminal according to claim 5, characterized in that: UPF forwards the signaling message carrying the computing task request to the session management. After receiving the signaling information carrying the computing task request, the session management modifies the session according to the computing task request in the signaling information carrying the computing task request to adapt to the requirements of the computing task.

7. A computing power session creation system based on 6G network and mobile terminal, characterized in that: The system includes a mobile terminal, a base station, a UPF, a session management module, a policy module, and a computing power service module; The mobile terminal is used to send signaling information carrying computing task requests; The base station is used to receive signaling information carrying computing task requests sent by the mobile terminal; UPF is used to forward the signaling message carrying computing power task request to the session management module; The session management module is used to modify the session according to the computing task request in the signaling information carrying the computing task request after receiving the signaling information carrying the computing task request to adapt to the requirements of the computing task; The policy module is used to formulate and issue corresponding computing power policies based on task requests, providing strategic guidance for subsequent computing power session management and task execution; The computing power service module is used to interact with the computing power service through a mobile terminal using a managed computing power task session to execute computing power tasks.

8. The computing power session creation system based on 6G network and mobile terminal according to claim 7 is characterized in that: The mobile terminal notifies the core network through the signaling information carrying the computing task request between the mobile user and the core network. The core network generates the corresponding network policy based on the computing task requested by the mobile terminal, modifies the corresponding PDU session in the entire mobile network, and generates a computing task session.

9. The computing power session creation system based on 6G network and mobile terminal according to claim 8, characterized in that: The core network generates a corresponding network policy based on the computing task requested by the mobile terminal, modifies the corresponding PDU session in the entire mobile network, and generates a computing task session as follows: The core network's session management element modifies the current session into a computing task session based on the computing task information in the signaling; The core network allocates unique network resources for executing computing tasks to the computing session based on the computing power information requested by the computing task; The session management network element of the core network sends a computing task request to the computing center on behalf of the computing node.

10. The computing power session creation system based on 6G network and mobile terminal according to claim 7, characterized in that: A dedicated 5QI is added for computing task sessions. The dedicated 5QI is used to ensure the network quality of computing tasks. At the same time, the mobile network establishes a dedicated GTPU tunnel for computing tasks between UPF and base station.

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