A network-province hierarchical capability orchestration design method for 5G power virtual private network slices

Abstract

The present invention relates to a network provincial hierarchical capability orchestration design method for 5G power virtual private network slicing, comprising the following steps: S101: designing a provincial system functional architecture: consisting of 7 first-level modules of comprehensive monitoring, process management, resource management, performance management, statistical analysis, data and interface management, and system management, including 23 second-level functional modules; S102: based on the provincial functional architecture, designing a network-level system functional architecture: consisting of 5 first-level functional modules of comprehensive monitoring, statistical analysis, resource management, data and interface management, and system management, including 16 second-level functional modules.

Description

Technical Field

[0001] The present invention relates to the field of algorithm technology in computer technology, and specifically to the network province hierarchical capability orchestration design of 5G power virtual private network slices. Background Art

[0002] Compared with previous generations of mobile communication technology, 5G technology can be used for more business scenarios, has stronger network carrying capacity, and provides more secure and open industry-specific network services, which is of great significance to power communication. However, the application of 5G technology in the power industry is still in the initial and pilot stages, with opaque tariff management and low perception of communication quality. However, the needs of power enterprise network-level units and provincial units for 5G resource management and monitoring are not completely consistent, and a mature network-province-level 5G communication resource management system is urgently needed to manage and monitor network resources such as 5G communication cards, 5G communication equipment, 5G slices, and 5G base stations. Summary of the invention

[0003] In view of the above-mentioned deficiencies in the prior art, the technical problem to be solved by the present invention is to propose a network-province hierarchical capability orchestration design scheme for 5G power virtual private network slicing, so as to solve the problems of opaque tariff management and low communication quality perception caused by the lack of a communication management system in 5G power communications.

[0004] In order to solve the above technical problems, the technical solution adopted by the present invention is a method for designing network provincial hierarchical capability arrangement of 5G power virtual private network slices, which is characterized by comprising the following steps:

[0005] S101: Design provincial system functional architecture: It consists of 7 first-level modules, including comprehensive monitoring, process management, resource management, performance management, statistical analysis, data and interface management, and system management, and includes 23 second-level functional modules;

[0006] S102: Based on the provincial functional architecture, the network-level system functional architecture is designed: it consists of five first-level functional modules: comprehensive monitoring, statistical analysis, resource management, data and interface management, and system management, and includes 16 second-level functional modules.

[0007] Furthermore, in step S101, the provincial system includes seven first-level modules: comprehensive monitoring, process management, resource management, performance management, statistical analysis, data and interface management, and system management:

[0008] Comprehensive monitoring function module: globally displays the distribution and operation of power 5G communication resources, mainly including two secondary function modules: business monitoring and 5G application scenarios;

[0009] 1) Business monitoring: collect information from other modules and conduct comprehensive monitoring;

[0010] 2) 5G application scenarios: Customize the display of 5G power business scenarios to reflect the business bearer logic, such as the end-to-end network topology of each business;

[0011] Process management function module: provides the system with the functions of slicing, card, and fault process management, mainly including three secondary function modules: slicing management process, card management process, and fault management process;

[0012] 1) Slice management process: The process of slice activation is managed electronically, assisting users to submit slice activation, slice return, and slice modification applications to telecom operators;

[0013] 2) Card management process: electronic management of annual card plans and monthly card plans, and assisting users in submitting applications for activation, return and modification of wireless communication cards to telecom operators;

[0014] 3) Fault management process: Receive notifications of network outages, network congestion, equipment maintenance, downtime maintenance, etc. from operators, and push fault reporting information to telecom operators;

[0015] Resource management function module: provides the system with functions for resource management such as cards, slices, and devices, mainly including three secondary function modules: 5G card ledger management, 5G device ledger management, and 5G power virtual private network physical resource management;

[0016] 1) 5G card ledger management: It has the function of collecting and maintaining 5G card ledger data, can dynamically display 5G card resource data, and users can query and operate data according to the screening conditions of different dimensions;

[0017] 2) 5G equipment ledger management: It has the function of collecting and maintaining 5G equipment ledgers, connects to 5G communication terminals, collects terminal information, can remotely control terminals, and realizes comprehensive management capabilities of 5G terminals;

[0018] 3) 5G power virtual private network physical resource management: It has comprehensive management capabilities such as the collection and maintenance of 5G slices, UPF, and base station ledgers. It provides functions for displaying, querying, importing, and exporting ledgers;

[0019] Process management function module: provides the system with performance monitoring functions for 5G equipment, mainly including two secondary function modules: performance monitoring and performance alarm;

[0020] 1) Performance monitoring: collect terminal performance data in real time through the interface, and display the current and historical traffic, receiving power, signal-to-noise ratio and other performance information of the communication terminal in the form of numbers, charts, etc.;

[0021] 2) Performance alarm: Supports setting performance thresholds and issues alarms when the performance exceeds or falls below the set range;

[0022] Statistical analysis function module: provides the system with statistical analysis functions of indicators such as traffic, status, alarm, and tariff, mainly including four secondary function modules: traffic analysis, status analysis, alarm analysis, and tariff analysis;

[0023] 1) Traffic analysis: Statistics are collected on the daily, monthly and historical traffic of wireless communication cards and communication terminals from the perspectives of operators, service types, regions and traffic intervals. Cards with zero traffic or traffic exceeding the specified value of the package within a certain period of use are recorded and counted;

[0024] 2) Status analysis: Statistics are collected on various statuses and online rates of wireless communication cards and communication terminals from the perspectives of operators, service types, regions, etc., and statistical results can be filtered and exported;

[0025] 3) Alarm analysis: collect statistics on alarms of communication terminals from dimensions such as manufacturer, service type, and region, and support filtering and exporting of statistical results;

[0026] 4) Rate analysis: Based on the wireless communication card's region, monthly traffic usage, rental duration and other attributes, as well as the detailed charging rules for 5G slices, the total rate required to activate the wireless communication card and slices is analyzed and calculated, and users are assisted in selecting the lowest rate plan;

[0027] Data and interface management functional module: mainly includes four secondary functional modules: external capability docking, internal data opening, interface security management, and interface monitoring.

[0028] 1) External capability connection: Provide the system with the function of connecting with external systems, such as collecting, storing and analyzing 5G cards, 5G terminals and 5G slice data;

[0029] 2) Open internal data: Provide the sorted 5G card, 5G terminal, and 5G slice data to external systems in the form of data services;

[0030] 3) Interface security management: the function of authenticating and authorizing the connected external systems, and supporting the external systems to access the corresponding services within the scope of authority;

[0031] 4) Interface monitoring: It has interface monitoring functions such as access control, load control, SLA guarantee, and data compression;

[0032] System management function module: includes five secondary function modules: user management, role management, log management, area management, and menu management;

[0033] 1) User management: supports the creation, modification, deletion, and query of system users and roles, supports the association of users and roles, and supports the setting of user and role permissions;

[0034] 2) Role management: support the setting of user and role permissions, and should support the setting of system management, functional modules, functional operations, data access, and data modification permissions;

[0035] 3) Log management: It has the function of operation log and login log management. When adding, modifying and deleting data, the operation log should be recorded, and the operation records should be tracked and monitored;

[0036] 4) Area management: supports adding, deleting and modifying the "area" attributes in various system functions;

[0037] 5) Menu management: It has the functions of displaying and hiding function items in the system menu bar, and supports providing differentiated system function items for different users. BRIEF DESCRIPTION OF THE DRAWINGS

[0038] Figure 1 It is a flow chart of a network province hierarchical capability orchestration design method for 5G power virtual private network slicing of the present invention.

[0039] Figure 2 It is a provincial system functional architecture diagram of a network provincial hierarchical capability orchestration design method for 5G power virtual private network slicing according to the present invention.

[0040] Figure 3 It is a network-level system functional architecture diagram of a network-level hierarchical capability orchestration design method for 5G power virtual private network slicing according to the present invention. DETAILED DESCRIPTION

[0041] The present invention is further described in detail below with reference to the accompanying drawings and embodiments.

[0042] like Figure 1-Figure 2 As shown, the present invention provides a network hierarchical capability arrangement design method for 5G power virtual private network slices, characterized by comprising the following steps:

[0043] S101: Design provincial system functional architecture: It consists of 7 first-level modules, including comprehensive monitoring, process management, resource management, performance management, statistical analysis, data and interface management, and system management, and includes 23 second-level functional modules;

[0044] S102: Based on the provincial functional architecture, the network-level system functional architecture is designed: it consists of five first-level functional modules: comprehensive monitoring, statistical analysis, resource management, data and interface management, and system management, and includes 16 second-level functional modules.

[0045] In step S101, the provincial system includes seven first-level modules: comprehensive monitoring, process management, resource management, performance management, statistical analysis, data and interface management, and system management:

[0046] Comprehensive monitoring function module: globally displays the distribution and operation of power 5G communication resources, mainly including two secondary function modules: business monitoring and 5G application scenarios;

[0047] 1) Business monitoring: collect information from other modules and conduct comprehensive monitoring;

[0048] 2) 5G application scenarios: Customize the display of 5G power business scenarios to reflect the business bearer logic, such as the end-to-end network topology of each business;

[0049] Process management function module: provides the system with the functions of slicing, card, and fault process management, mainly including three secondary function modules: slicing management process, card management process, and fault management process;

[0050] 1) Slice management process: The process of slice activation is managed electronically, assisting users to submit slice activation, slice return, and slice modification applications to telecom operators;

[0051] 2) Card management process: electronic management of annual card plans and monthly card plans, and assisting users in submitting applications for activation, return and modification of wireless communication cards to telecom operators;

[0052] 3) Fault management process: Receive notifications of network outages, network congestion, equipment maintenance, downtime maintenance, etc. from operators, and push fault reporting information to telecom operators;

[0053] Resource management function module: provides the system with functions for resource management such as cards, slices, and devices, mainly including three secondary function modules: 5G card ledger management, 5G device ledger management, and 5G power virtual private network physical resource management;

[0054] 1) 5G card ledger management: It has the function of collecting and maintaining 5G card ledger data, can dynamically display 5G card resource data, and users can query and operate data according to the screening conditions of different dimensions;

[0055] 2) 5G equipment ledger management: It has the function of collecting and maintaining 5G equipment ledgers, connects to 5G communication terminals, collects terminal information, can remotely control terminals, and realizes comprehensive management capabilities of 5G terminals;

[0056] 3) 5G power virtual private network physical resource management: It has comprehensive management capabilities such as the collection and maintenance of 5G slices, UPF, and base station ledgers. It provides functions for displaying, querying, importing, and exporting ledgers;

[0057] Process management function module: provides the system with performance monitoring functions for 5G equipment, mainly including two secondary function modules: performance monitoring and performance alarm;

[0058] 1) Performance monitoring: collect terminal performance data in real time through the interface, and display the current and historical traffic, receiving power, signal-to-noise ratio and other performance information of the communication terminal in the form of numbers, charts, etc.;

[0059] 2) Performance alarm: Supports setting performance thresholds and issues alarms when the performance exceeds or falls below the set range;

[0060] Statistical analysis function module: provides the system with statistical analysis functions of indicators such as traffic, status, alarm, and tariff, mainly including four secondary function modules: traffic analysis, status analysis, alarm analysis, and tariff analysis;

[0061] 1) Traffic analysis: Statistics are collected on the daily, monthly and historical traffic of wireless communication cards and communication terminals from the perspectives of operators, service types, regions and traffic intervals. Cards with zero traffic or traffic exceeding the specified value of the package within a certain period of use are recorded and counted;

[0062] 2) Status analysis: Statistics are collected on various statuses and online rates of wireless communication cards and communication terminals from the perspectives of operators, service types, regions, etc., and statistical results can be filtered and exported;

[0063] 3) Alarm analysis: collect statistics on alarms of communication terminals from dimensions such as manufacturer, service type, and region, and support filtering and exporting of statistical results;

[0064] 4) Rate analysis: Based on the wireless communication card's region, monthly traffic usage, rental duration and other attributes, as well as the detailed charging rules for 5G slices, the total rate required to activate the wireless communication card and slices is analyzed and calculated, and users are assisted in selecting the lowest rate plan;

[0065] Data and interface management functional module: mainly includes four secondary functional modules: external capability docking, internal data opening, interface security management, and interface monitoring.

[0066] 1) External capability connection: Provide the system with the function of connecting with external systems, such as collecting, storing and analyzing 5G cards, 5G terminals and 5G slice data;

[0067] 2) Open internal data: Provide the sorted 5G card, 5G terminal, and 5G slice data to external systems in the form of data services;

[0068] 3) Interface security management: the function of authenticating and authorizing the connected external systems, and supporting the external systems to access the corresponding services within the scope of authority;

[0069] 4) Interface monitoring: It has interface monitoring functions such as access control, load control, SLA guarantee, and data compression;

[0070] System management function module: includes five secondary function modules: user management, role management, log management, area management, and menu management;

[0071] 1) User management: supports the creation, modification, deletion, and query of system users and roles, supports the association of users and roles, and supports the setting of user and role permissions;

[0072] 2) Role management: support the setting of user and role permissions, and should support the setting of system management, functional modules, functional operations, data access, and data modification permissions;

[0073] 3) Log management: It has the function of operation log and login log management. When adding, modifying and deleting data, the operation log should be recorded, and the operation records should be tracked and monitored;

[0074] 4) Area management: supports adding, deleting and modifying the "area" attributes in various system functions;

[0075] 5) Menu management: It has the functions of displaying and hiding function items in the system menu bar, and supports providing differentiated system function items for different users.

[0076] The functions of the network-level system and the provincial-level system are shown in the following table:

[0077] Table 1 Provincial and network level system function design plan

[0078]

[0079] The above description is only a preferred embodiment of the present invention, and the present invention is not limited to the above embodiment. Various changes or modifications to the present invention during implementation do not depart from the spirit and scope of the present invention, and fall within the scope of the claims and equivalent technologies of the present invention. The present invention is also intended to include these changes and modifications.

Claims

1. A method for designing network-province hierarchical capabilities for 5G power virtual private network slices, characterized in that: The steps include: S101: Design provincial system functional architecture: It consists of 7 first-level modules, including comprehensive monitoring, process management, resource management, performance management, statistical analysis, data and interface management, and system management, and includes 23 second-level functional modules; S102: Based on the provincial functional architecture, the network-level system functional architecture is designed: it consists of five first-level functional modules: comprehensive monitoring, statistical analysis, resource management, data and interface management, and system management, and includes 16 second-level functional modules; In step S101, the provincial system includes seven first-level modules: comprehensive monitoring, process management, resource management, performance management, statistical analysis, data and interface management, and system management: Comprehensive monitoring function module: globally displays the distribution and operation of power 5G communication resources, mainly including two secondary function modules: business monitoring and 5G application scenarios; 1) Business monitoring: collect information from other modules and conduct comprehensive monitoring; 2) 5G application scenarios: Customize the display of 5G power business scenarios to reflect the business bearer logic, such as the end-to-end network topology of each business; Process management function module: provides the system with the functions of slicing, card, and fault process management, mainly including three secondary function modules: slicing management process, card management process, and fault management process; 1) Slice management process: The process of slice activation is managed electronically, assisting users to submit slice activation, slice return, and slice modification applications to telecom operators; 2) Card management process: electronic management of annual card plans and monthly card plans, and assisting users in submitting applications for activation, return and modification of wireless communication cards to telecom operators; 3) Fault management process: Receive notifications of network outages, network congestion, equipment maintenance, and downtime maintenance from operators, and push fault reporting information to telecom operators; Resource management function module: provides the system with resource management functions for cards, slices, and devices, mainly including three secondary function modules: 5G card ledger management, 5G device ledger management, and 5G power virtual private network physical resource management; 1) 5G card ledger management: It has the function of collecting and maintaining 5G card ledger data, can dynamically display 5G card resource data, and users can query and operate data according to the screening conditions of different dimensions; 2) 5G equipment ledger management: It has the function of collecting and maintaining 5G equipment ledgers, connects to 5G communication terminals, collects terminal information, can remotely control terminals, and realizes comprehensive management capabilities of 5G terminals; 3) 5G power virtual private network physical resource management: It has the ability to collect, maintain and manage 5G slices, UPFs and base station ledgers, and provides functions for displaying, querying, importing and exporting ledgers; Process management function module: provides the system with performance monitoring functions for 5G equipment, mainly including two secondary function modules: performance monitoring and performance alarm; 1) Performance monitoring: collect terminal performance data in real time through the interface, and display the performance information of the communication terminal's current and historical traffic, receiving power, and signal-to-noise ratio in the form of numbers and charts; 2) Performance alarm: Supports setting performance thresholds and issues alarms when the performance exceeds or falls below the set range; Statistical analysis function module: provides the system with statistical analysis functions of traffic, status, alarm, and tariff indicators, mainly including four secondary function modules: traffic analysis, status analysis, alarm analysis, and tariff analysis; 1) Traffic analysis: The daily, monthly and historical traffic of wireless communication cards and communication terminals are counted from the perspectives of operators, service types, regions and traffic intervals. Cards with zero traffic or traffic exceeding the specified value of the package within a certain period of use are recorded and counted; 2) Status analysis: Statistics are collected on various statuses and online rates of wireless communication cards and communication terminals from the perspectives of operators, service types, and regions, and statistical results can be filtered and exported; 3) Alarm analysis: collect statistics on alarms of communication terminals from the dimensions of manufacturer, service type, and region, and support filtering and exporting of statistical results; 4) Rate analysis: Based on the wireless communication card's region, monthly traffic usage, rental duration, and detailed charging rules for 5G slices, the total rate required to activate the wireless communication card and slices is analyzed and calculated, and users are assisted in selecting the lowest rate plan; Data and interface management function module: mainly includes four secondary function modules: external capability docking, internal data opening, interface security management, and interface monitoring; 1) External capability connection: Provide the system with the function of connecting with external systems, such as collecting, storing and analyzing 5G cards, 5G terminals and 5G slice data; 2) Open internal data: Provide the sorted 5G card, 5G terminal, and 5G slice data to external systems in the form of data services; 3) Interface security management: the function of authenticating and authorizing the connected external systems, and supporting the external systems to access the corresponding services within the scope of authority; 4) Interface monitoring: It has interface monitoring functions such as access control, load control, SLA guarantee, and data compression; System management function module: includes five secondary function modules: user management, role management, log management, area management, and menu management; 1) User management: supports the creation, modification, deletion, and query of system users and roles, supports the association of users and roles, and supports the setting of user and role permissions; 2) Role management: support the setting of user and role permissions, and should support the setting of system management, functional modules, functional operations, data access, and data modification permissions; 3) Log management: It has the function of operation log and login log management. When adding, modifying and deleting data, the operation log should be recorded, and the operation records should be tracked and monitored; 4) Area management: supports adding, deleting and modifying the "area" attributes in various system functions; 5) Menu management: It has the functions of displaying and hiding function items in the system menu bar, and supports providing differentiated system function items for different users.

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