Edge computing power fusion management platform

Abstract

The invention discloses an edge computing power fusion management platform, and the platform comprises a computing power access layer which is used for southward docking with different edge cloud EMO systems, carrying out the management of each edge cloud node instance, and providing an interaction interface of computing power service capability and computing power service resources; the computing power scheduling layer is used for modeling and measuring the southbound access computing power service capability, managing computing power service resources, carrying out service design on the southbound access computing power service capability, reforming new computing power service capability, meeting the northbound business requirements, and scheduling the computing power service capability; and the computing power open layer is used for managing the applications of the northbound calling computing power service capability combination, and publishing, subscribing and opening the corresponding applications to a northbound system. The platform is in butt joint with an edge cloud MEO system, related resources and capabilities of edge cloud nodes are managed, and an edge cloud resource and service unified management platform is constructed.

Description

Technical Field

[0001] The present invention relates to the field of computing power networks, and in particular to an edge computing power fusion management platform. Background Art

[0002] In response to the national system layout of new infrastructure, vigorously promote the development of industrial digitalization, accelerate the implementation of the East-West computing strategy, comply with industrial innovation, technology integration, green and low-carbon industry development and promote corporate transformation, it brings new opportunities for the digital development of society and corporate strategic support, value reconstruction, role transformation, and innovation-led transformation. China Mobile proposed that the computing network is a new type of information infrastructure with computing as the center and network as the foundation, and with deep integration of network, cloud, data, intelligence, security, edge, terminal, and chain (ABCDNETS) to provide integrated services. The goal of the computing network is to achieve "ubiquitous computing power, symbiosis of computing network, intelligent orchestration, and integrated service", and gradually promote computing power to become a social-level service that can be "accessed at one point and used immediately" like water and electricity, and achieve the vision of "network is everywhere, computing power is everywhere, and intelligence is everywhere".

[0003] The target users of edge computing power integration services mainly include three levels:

[0004] (1) From the user side, provide computing power service provisioning services to users who have demand for latency-sensitive computing power;

[0005] (2) From the supply side, the computing power supplier is evaluated for the operating status of a specific node in the current edge computing power fusion scheduling system, and provides optimization scheduling suggestions;

[0006] (3) From the operator's side, cross-node, distributed computing applications can be built based on various edge computing powers.

[0007] As the construction of edge computing power advances, the demand for edge computing power integration and scheduling will increase by more than 30% in the next 1-2 years, and the demand for overall edge computing power will more than double in 5 years. Therefore, a platform that can integrate heterogeneous edge computing power and connect businesses from north to south is particularly important.

[0008] At present, the solution is mainly implemented directly by the manufacturer's edge cloud management system, but the edge cloud management system is generally implemented by the manufacturer itself, such as Huawei, ZTE, etc. Each manufacturer has its own implementation logic, implementation specifications and different docking interfaces. Therefore, there is actually no complete solution to connect the business from north (computing power operation, cloud management, etc.) to south (various edge cloud systems) and shield the differences between each edge cloud. Summary of the invention

[0009] In response to the above situation, the present invention provides an edge computing power fusion management platform, which is aimed at users who have demand for latency-sensitive computing power. It provides an edge computing power service scheduling system covering the entire province, realizes global optimization scheduling based on multi-dimensional and diversified resources, and provides users with end-to-end service guarantees and full life cycle closed-loop management capabilities. It realizes agile and flexible user access capabilities through the integration of multiple factors, and connects with existing computing network management and control capabilities to serve as a hub to coordinate the capabilities of edge cloud and network.

[0010] To achieve the above object, the present invention adopts the following technical solutions:

[0011] In one embodiment of the present invention, an edge computing power integration management platform is proposed, which includes:

[0012] The computing power access layer is used to connect to different edge cloud EMO systems in the south, manage each edge cloud node instance, and provide computing power service capabilities and computing power service resource interaction interfaces;

[0013] The computing power scheduling layer is used to model and measure the computing power service capabilities of southbound access, manage computing power service resources, design services for southbound computing power service capabilities, re-form new computing power service capabilities, meet northbound business needs, and schedule computing power service capabilities;

[0014] The computing power open layer is used to manage applications that call computing power service capability combinations for the north, and publish and subscribe to the corresponding applications to the northbound system.

[0015] Furthermore, the computing power access layer includes:

[0016] Computing service access: Through the launch and monitoring of each edge cloud node instance, computing service capability access is achieved, and the registration and call of computing service capability are provided;

[0017] Computing service certification: Provides testing and certification of computing service capabilities, determines whether the computing service capabilities are credible, and implements notification of computing service capabilities after computing service access;

[0018] Computing power proxy forwarding: implements proxy forwarding of computing power service capabilities.

[0019] Furthermore, the computing power scheduling layer includes:

[0020] Computing power measurement modeling: Model and measure the computing power service capabilities of southbound access;

[0021] Computing resource management: manage and visualize computing service resources;

[0022] Computing capacity scheduling: realizes computing service resource allocation, collection, API or user scheduling;

[0023] Computing service design: Design the computing service capabilities for southbound access to form new computing service capabilities and meet northbound business needs.

[0024] Computing power user management: Manage computing power users, including user management, tenant management, account association, and permission management;

[0025] Capacity operation control: Control the operation of computing power service capabilities, including traffic scheduling, abnormal circuit breaking, disaster recovery switching, and availability monitoring.

[0026] Furthermore, the computing power open layer includes:

[0027] Computing power management: Manage computing power service capabilities through computing power view, computing power monitoring, resource monitoring, and call monitoring;

[0028] Computing power operation and maintenance: realize the operation and maintenance of computing power service capabilities through fault diagnosis, log management, call tracking and abnormal alarm;

[0029] Application openness: The applications implemented by combining computing power service capabilities are published and subscribed to the northbound system.

[0030] Furthermore, the platform connects to computing power usage, system management, operation portal, capability exposure and operation and maintenance guarantee in the north, and to the computing power service resources and computing power service capabilities of edge cloud nodes in the south, realizing the connection of capabilities from north to south.

[0031] Furthermore, the platform connects to different edge cloud EMO systems. Different edge cloud EMO systems manage the edge cloud nodes of the corresponding manufacturers respectively, and manage the edge cloud nodes through indirect management. When the service is activated, the platform finds the appropriate edge cloud node according to the scenario and business needs, combined with the current computing service resource distribution and computing scheduling strategy, and sends it through the edge cloud EMO system to which the edge cloud node belongs. For cross-vendor services involving multi-computing power collaboration, the platform uses unified northbound capabilities to select the appropriate edge cloud EMO system and computing service capabilities during the scheduling process to build complex computing power application scenarios.

[0032] Beneficial effects:

[0033] 1. Realize differentiated capability shielding of edge clouds from multiple vendors

[0034] The present invention realizes the extraction and refinement of the capabilities of edge clouds from multiple manufacturers to form unified edge cloud capabilities. It shields the differences in the edge cloud capabilities of various manufacturers to the north and realizes unified orchestration of capabilities. After connecting to the edge cloud capabilities to the south, a unified capability is formed, which is formed in the form of orchestration and assembly to form northbound capabilities and then opened to the outside world.

[0035] 2. Realize unified collaboration among computing networks, cloud, edge, and devices

[0036] The cloud-edge collaboration scenario focuses on the network connection and resource scheduling between the core and edge multi-level cloud resource pools, dynamically providing computing power for latency-sensitive services. In this scenario, the edge computing power fusion management platform of the present invention is responsible for connecting the edge cloud and the user's access points, and is responsible for the connection and dynamic scheduling of different computing powers between various business access points, providing local users with various capabilities such as computing power resource allocation and SLA guarantees. When the service is activated, the upstream system transmits the network and computing power requirements of the service to the edge computing power fusion management platform. The edge computing power fusion management platform allocates resources according to business requirements (calls the southbound edge cloud capabilities), finds suitable business transmission channels, and calls the corresponding configuration capabilities. BRIEF DESCRIPTION OF THE DRAWINGS

[0037] Figure 1 It is a schematic diagram of the edge computing power fusion management platform of the present invention realizing the capability connection from north to south;

[0038] Figure 2 It is a schematic diagram of the overall functions of the edge computing power fusion management platform of the present invention;

[0039] Figure 3 It is a flow chart of the overall business scenario of the edge computing power integration management platform of the present invention, the northbound computing power service, the cloud management platform and the southbound edge computing power resource pool;

[0040] Figure 4 It is a detailed business process diagram of cloud computing and cloud storage according to an embodiment of the present invention.

[0041] Figure 5 It is a detailed business process diagram of cloud games and cloud phones according to an embodiment of the present invention. DETAILED DESCRIPTION

[0042] The principles and spirit of the present invention will be described below with reference to several exemplary embodiments. It should be understood that these embodiments are provided only to enable those skilled in the art to better understand and implement the present invention, and are not intended to limit the scope of the present invention in any way. On the contrary, these embodiments are provided to make the present disclosure more thorough and complete, and to fully convey the scope of the present disclosure to those skilled in the art.

[0043] Those skilled in the art will appreciate that the embodiments of the present invention may be implemented as a system, device, apparatus, method or computer program product. Therefore, the present disclosure may be implemented in the following forms, namely: complete hardware, complete software (including firmware, resident software, microcode, etc.), or a combination of hardware and software.

[0044] According to the implementation mode of the present invention, an edge computing power fusion management platform is proposed. By connecting to the edge cloud MEO system (edge ​​cloud operation and management system), the related resources and capabilities of the edge cloud nodes are managed, and a unified management platform for edge cloud resources and services is constructed.

[0045] The principle and spirit of the present invention are explained in detail below with reference to several representative embodiments of the present invention.

[0046] The present invention proposes an edge computing power fusion management platform. The main functions of the platform include computing power service resource management, computing power service capability management, computing power business management, computing power application management, and computing power overall monitoring. After the computing power service resource management and computing power service capability management are connected to the edge cloud node, the business process and computing power scheduling strategy are configured through the computing power business management, and packaged as an application for release, which can open up the subscription capabilities of different computing power applications to users.

[0047] like Figure 1 As shown in the figure, the edge computing power fusion management platform connects to computing power usage services, system management, operation portal, capability exposure and operation and maintenance guarantee systems in the north, and connects to the computing power service resources and computing power service capabilities of edge cloud nodes in the south, realizing the connection of capabilities from north to south.

[0048] The edge computing power fusion management platform needs to support global concurrency of more than 100TPS, support more than 50TPS requests for a single edge cloud node, and the network latency overhead should not exceed 5s. It should support docking with 50 scale edge cloud nodes, store computing power service resources and performance information for the past 6 months, and business activation and service order history information for more than 1 year.

[0049] In order to explain the above-mentioned edge computing power fusion management platform more clearly, a specific embodiment is used for illustration below. However, it is worth noting that this embodiment is only for better illustrating the present invention and does not constitute an improper limitation to the present invention.

[0050] 1. Overall functional description

[0051] like Figure 2 As shown in the figure, the edge computing power integration management platform includes three layers: computing power access, computing power scheduling, and capability exposure, among which:

[0052] (1) The computing power access layer is used to connect to different edge cloud EMO systems in the south, manage each edge cloud node instance, and provide computing power service capabilities and computing power service resource interaction interfaces. Its core functions are as follows:

[0053] Computing service access: Through the launch and monitoring of each edge cloud node instance, computing service capability access is achieved, and the registration and call of computing service capability are provided;

[0054] Computing service certification: Provides testing and certification of computing service capabilities, determines whether the computing service capabilities are credible, and implements notification of computing service capabilities after computing service access;

[0055] Computing power proxy forwarding: implements proxy forwarding of computing power service capabilities.

[0056] (2) The computing power scheduling layer is used to model and measure the computing power service capabilities of southbound access, manage computing power service resources, design services for southbound computing power service capabilities, re-form new computing power service capabilities, meet northbound business needs, and schedule computing power service capabilities. Its core functions are as follows:

[0057] Computing power measurement modeling: Model and measure the computing power service capabilities of southbound access;

[0058] Computing resource management: manage and visualize computing service resources;

[0059] Computing capacity scheduling: realizes computing service resource allocation, collection, API or user scheduling;

[0060] Computing service design: Design the computing service capabilities for southbound access to form new computing service capabilities and meet northbound business needs.

[0061] Computing power user management: Manage computing power users, including user management, tenant management, account association, and permission management;

[0062] Capacity operation control: Control the operation of computing power service capabilities, including traffic scheduling, abnormal circuit breaking, disaster recovery switching, and availability monitoring.

[0063] (3) The computing power open layer is used to manage applications that call computing power service capability combinations for the northbound direction, and publish and subscribe to corresponding applications to the northbound system. Its core functions are as follows:

[0064] Computing power management: Manage computing power service capabilities through computing power view, computing power monitoring, resource monitoring, and call monitoring;

[0065] Computing power operation and maintenance: realize the operation and maintenance of computing power service capabilities through fault diagnosis, log management, call tracking and abnormal alarm;

[0066] Application openness: The applications implemented by combining computing power service capabilities are published and subscribed to the northbound system.

[0067] The edge computing power fusion management platform is connected to the MEO systems of ZTE and Huawei respectively, and then the two MEO systems manage the edge cloud nodes of the corresponding manufacturers respectively, and realize the management of edge cloud nodes through indirect management. When the service is opened, the edge computing power fusion management platform finds the appropriate edge cloud node according to the scenario and business needs, combined with the current computing power service resource distribution and computing power scheduling strategy, and then sends it through the MEO system to which the edge cloud node belongs. For cross-vendor services involving multi-computing power collaboration, the edge computing power fusion management platform can use unified northbound capabilities to select the appropriate vendor MEO system and computing power service capabilities during the scheduling process to build complex computing power application scenarios.

[0068] 2. Description of the overall business scenario process

[0069] Trading platform - cloud management platform - edge computing power integration management platform - edge computing power resource pool:

[0070] like Figure 3 As shown, before business deployment, CMP (Cloud Management Platform) needs to obtain site information, site resources and Package, select the site nearby or manually according to the tenant access location, confirm that the site resources meet the requirements, and deploy and activate the service.

[0071] Tenants usually do not issue creation in advance, but issue it when the edge computing resource pool business is created for the first time.

[0072] After creating a computing service, you need to bind it to the computing network services such as EIP and security group, which are issued by the edge fusion platform, and those associated with the network such as Firewall, which are issued by the CMP collaborative network controller (network service gateway).

[0073] The edge computing power fusion management platform provides northbound atomic capabilities while providing orchestrated northbound business interfaces (such as cloud computers, cloud storage, cloud games, cloud phones, etc.).

[0074] 3. Detailed business process description

[0075] The trading platform is generally the computing power service requester, which refers to the platform that puts forward specific computing power requirements. CMP refers to the cloud management platform, which is a cloud management platform for unified management of various edge clouds. The computing power service gateway refers to the edge cloud computing power fusion management platform of the present invention. The computing power resource pool refers to the computing power resource pool of each manufacturer's edge cloud.

[0076] like Figure 4 As shown in the figure, the business process of cloud computer and cloud storage is as follows:

[0077] (1) The cloud management platform initiates a resource list request for all computing power sites to the edge cloud computing power integration management platform in order to manage all heterogeneous (computing power resource pools of edge clouds from different manufacturers) computing power resource sites.

[0078] (2) The edge cloud computing power integration management platform sends site requests to various heterogeneous computing power resource pools.

[0079] (3) The computing resources of different manufacturers are fed back to the edge cloud computing power fusion management platform according to their own management requirements and interface specifications.

[0080] (4) The edge cloud computing power integration management platform will shield the heterogeneous resource pool information and feed it back to the cloud management platform according to unified specifications.

[0081] (5) The computing power service requester initiates a request to create a tenant to the cloud management platform through the computing power trading platform.

[0082] (6) The cloud management platform creates tenants on the platform.

[0083] (7) After the cloud management platform creates the tenant, it responds to the transaction platform.

[0084] (8) The trading platform initiates a cloud computer subscription request for the tenant.

[0085] (9) In response to the subscription request for the cloud computer, the cloud management platform performs site query, site resource preparation, OS image preparation and other cloud computer data preparation based on the site information in 1, 2, and 3.

[0086] (10) The cloud management platform initiates a tenant request to the edge cloud computing power integration management platform.

[0087] (11) The edge cloud computing power integration management platform initiates tenant requests to the computing power resource pool (shielding heterogeneous differences).

[0088] (12) The computing resource pool returns a tenant creation response.

[0089] (13) After the edge cloud computing power fusion management platform shields the heterogeneous differences, it returns the tenant creation response to the cloud management platform.

[0090] (14) The cloud management platform initiates a cloud computer request to the edge cloud computing power fusion management platform.

[0091] (15) The edge cloud computing power integration management platform orchestrates cloud computer services on its own platform in response to cloud computer service requests and clarifies the resource implementation steps for cloud computer services (which will be reflected in the subsequent work with edge computing power).

[0092] (16) The edge cloud computing power integration management platform queries the computing power resource pool for physical and virtual resources (shielding the heterogeneous differences among various manufacturers).

[0093] (17) The computing resource pool returns the request for physical virtual resources, and the edge cloud computing power fusion management platform parses the response information (shielding the heterogeneous differences among various manufacturers).

[0094] (18) The edge cloud computing power integration management platform initiates the creation of a package subscription to the computing power resource pool (shielding the heterogeneous differences among various manufacturers).

[0095] (19) The computing resource pool returns a request to create a package subscription, and the edge cloud computing power fusion management platform parses the response information (shielding the heterogeneous differences among various manufacturers).

[0096] (20) The edge cloud computing power integration management platform initiates query package information to the computing power resource pool (shielding the heterogeneous differences among various manufacturers).

[0097] (21) The computing resource pool returns the query package information request, and the edge cloud computing power fusion management platform parses the response information (shielding the heterogeneous differences among various manufacturers).

[0098] (22) The edge cloud computing power integration management platform initiates a request to create a cloud host to the computing power resource pool (shielding the heterogeneous differences among various manufacturers).

[0099] (23) The computing resource pool returns a response to create a cloud host, and the edge cloud computing power fusion management platform parses the response information (shielding the heterogeneous differences among various manufacturers).

[0100] (24) The edge cloud computing power integration management platform initiates a task query request to the computing power resource pool (shielding the heterogeneous differences among various manufacturers).

[0101] (25) The computing resource pool returns the task query response, and the edge cloud computing power fusion management platform parses the response information (shielding the heterogeneous differences among various manufacturers).

[0102] (26) The edge cloud computing power integration management platform applies for an EIP request to the computing power resource pool (shielding the heterogeneous differences among various manufacturers).

[0103] (27) The computing resource pool returns the EIP application response, and the edge cloud computing power fusion management platform parses the response information (shielding the heterogeneous differences among various manufacturers).

[0104] (28) The cloud management platform initiates a task query request to the edge cloud computing power fusion management platform.

[0105] (29) The edge cloud computing power fusion management platform returns the task query response.

[0106] (30) The computing power trading platform initiates a task query request to the cloud management platform.

[0107] (31) The cloud management platform returns a task query response.

[0108] like Figure 5 As shown, the business process of cloud games and cloud phones is as follows:

[0109] (1) The cloud management platform initiates a resource list request for all computing power sites to the edge cloud computing power integration management platform in order to manage all heterogeneous (computing power resource pools of edge clouds from different manufacturers) computing power resource sites.

[0110] (2) The edge cloud computing power integration management platform sends site requests to various heterogeneous computing power resource pools.

[0111] (3) The computing resources of different manufacturers are fed back to the edge cloud computing power fusion management platform according to their own management requirements and interface specifications.

[0112] (4) The edge cloud computing power integration management platform will shield the heterogeneous resource pool information and feed it back to the cloud management platform according to unified specifications.

[0113] (5) The computing power service requester initiates a request to create a tenant to the cloud management platform through the computing power trading platform.

[0114] (6) The cloud management platform responds to the transaction platform after creating tenants on the platform.

[0115] (7) The trading platform initiates a cloud game subscription request for the tenant.

[0116] (8) In response to cloud game subscription requests, the cloud management platform selects a site based on the user’s location and site resources.

[0117] (9) The cloud management platform initiates a tenant request to the edge cloud computing power integration management platform.

[0118] (10) The edge cloud computing power integration management platform initiates tenant requests to the computing power resource pool (shielding heterogeneous differences).

[0119] (11) The computing resource pool returns a tenant creation response.

[0120] (12) After the edge cloud computing power fusion management platform shields the heterogeneous differences, it returns the tenant creation response to the cloud management platform.

[0121] (13) The cloud management platform initiates a package subscription request to the edge cloud computing power fusion management platform (shielding the heterogeneous differences among various manufacturers).

[0122] (14) The edge cloud computing power fusion management platform returns the creation package subscription request.

[0123] (15) The cloud management platform initiates a packet acquisition request to the edge cloud computing power fusion management platform (shielding the heterogeneous differences among various manufacturers).

[0124] (16) The edge cloud computing power fusion management platform initiates a packet acquisition request to the computing power resource pool (shielding the heterogeneous differences among various manufacturers).

[0125] (17) The cloud management platform initiates the creation of a cloud gaming instance to the edge cloud computing power fusion management platform (shielding the heterogeneous differences among various manufacturers).

[0126] (18) The edge cloud computing power integration management platform initiates a request to create a cloud host to the computing power resource pool (shielding the heterogeneous differences among various manufacturers).

[0127] (19) The computing resource pool returns a response to create a cloud host, and the edge cloud computing power fusion management platform parses the response information (shielding the heterogeneous differences among various manufacturers).

[0128] (20) The edge cloud computing power integration management platform initiates a task query request to the computing power resource pool (shielding the heterogeneous differences among various manufacturers).

[0129] (21) The computing resource pool returns the task query response, and the edge cloud computing power fusion management platform parses the response information (shielding the heterogeneous differences among various manufacturers).

[0130] (22) The edge cloud computing power integration management platform applies for an EIP request to the computing power resource pool (shielding the heterogeneous differences among various manufacturers).

[0131] (23) The computing resource pool returns the EIP application response, and the edge cloud computing power fusion management platform parses the response information (shielding the heterogeneous differences among various manufacturers).

[0132] (24) The cloud management platform initiates a task query request to the edge cloud computing power fusion management platform.

[0133] (25) The edge cloud computing power fusion management platform returns the task query response.

[0134] (26) The computing power trading platform initiates a task query request to the cloud management platform.

[0135] (27) The cloud management platform returns a task query response.

[0136] The edge computing power fusion management platform proposed in this invention has the following highlights:

[0137] 1. Realize differentiated capability shielding of edge clouds from multiple vendors

[0138] The present invention realizes the extraction and refinement of the capabilities of edge clouds from multiple manufacturers to form unified edge cloud capabilities. It shields the differences in the edge cloud capabilities of various manufacturers to the north and realizes unified orchestration of capabilities. After connecting to the edge cloud capabilities to the south, a unified capability is formed, which is formed in the form of orchestration and assembly to form northbound capabilities and then opened to the outside world.

[0139] 2. Realize unified collaboration among computing networks, cloud, edge, and devices

[0140] The cloud-edge collaboration scenario focuses on the network connection and resource scheduling between the core and edge multi-level cloud resource pools, dynamically providing computing power for latency-sensitive services. In this scenario, the edge computing power fusion management platform of the present invention is responsible for connecting the edge cloud and the user's access points, and is responsible for the connection and dynamic scheduling of different computing powers between various business access points, providing local users with various capabilities such as computing power resource allocation and SLA guarantees. When the service is activated, the upstream system transmits the network and computing power requirements of the service to the edge computing power fusion management platform. The edge computing power fusion management platform allocates resources according to business requirements (calls the southbound edge cloud capabilities), finds suitable business transmission channels, and calls the corresponding configuration capabilities.

[0141] Although the spirit and principle of the present invention have been described with reference to several specific embodiments, it should be understood that the present invention is not limited to the disclosed specific embodiments, and the division of various aspects does not mean that the features in these aspects cannot be combined to benefit, and such division is only for the convenience of expression. The present invention is intended to cover various modifications and equivalent arrangements contained in the spirit and scope of the attached claims.

[0142] Regarding the limitation of the protection scope of the present invention, those skilled in the art should understand that, based on the technical solution of the present invention, various modifications or variations that can be made by those skilled in the art without creative work are still within the protection scope of the present invention.

Claims

1. An edge computing power integration management platform, characterized in that: The platform includes: The computing power access layer is used to connect to different edge cloud EMO systems in the south, manage each edge cloud node instance, and provide computing power service capabilities and computing power service resource interaction interfaces; The computing power scheduling layer is used to model and measure the computing power service capabilities of southbound access, manage computing power service resources, design services for southbound computing power service capabilities, re-form new computing power service capabilities, meet northbound business needs, and schedule computing power service capabilities; The computing power open layer is used to manage applications that call computing power service capability combinations for the north, and publish and subscribe to the corresponding applications to the northbound system.

2. The edge computing power fusion management platform according to claim 1 is characterized in that: The computing power access layer includes: Computing service access: Through the launch and monitoring of each edge cloud node instance, computing service capability access is achieved, and the registration and call of computing service capability are provided; Computing service certification: Provides testing and certification of computing service capabilities, determines whether the computing service capabilities are credible, and implements notification of computing service capabilities after computing service access; Computing power proxy forwarding: implements proxy forwarding of computing power service capabilities.

3. The edge computing power fusion management platform according to claim 1 is characterized in that: The computing power scheduling layer includes: Computing power measurement modeling: Model and measure the computing power service capabilities of southbound access; Computing resource management: manage and visualize computing service resources; Computing capacity scheduling: realizes computing service resource allocation, collection, API or user scheduling; Computing service design: Design the computing service capabilities for southbound access to form new computing service capabilities and meet northbound business needs. Computing power user management: Manage computing power users, including user management, tenant management, account association, and permission management; Capacity operation control: Control the operation of computing power service capabilities, including traffic scheduling, abnormal circuit breaking, disaster recovery switching, and availability monitoring.

4. The edge computing power fusion management platform according to claim 1, characterized in that: The computing power open layer includes: Computing power management: Manage computing power service capabilities through computing power view, computing power monitoring, resource monitoring, and call monitoring; Computing power operation and maintenance: realize the operation and maintenance of computing power service capabilities through fault diagnosis, log management, call tracking and abnormal alarm; Application openness: The applications implemented by combining computing power service capabilities are published and subscribed to the northbound system.

5. The edge computing power integration management platform according to claim 1, characterized in that: The platform connects to computing power usage, system management, operation portal, capability exposure and operation and maintenance guarantee in the north, and to the computing power service resources and computing power service capabilities of edge cloud nodes in the south, realizing the connection of capabilities from north to south.

6. The edge computing power integration management platform according to claim 1, characterized in that: The platform connects to different edge cloud EMO systems. Different edge cloud EMO systems manage the edge cloud nodes of the corresponding manufacturers and manage the edge cloud nodes through indirect management. When the service is activated, the platform finds the appropriate edge cloud node based on the scenario and business needs, combined with the current computing service resource distribution and computing scheduling strategy, and sends it through the edge cloud EMO system to which the edge cloud node belongs. For cross-vendor services involving multi-computing power collaboration, the platform uses unified northbound capabilities to select the appropriate edge cloud EMO system and computing service capabilities during the scheduling process to build complex computing power application scenarios.

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