GIS (Geographic Information System)-based reinsurance fixed telephone network service fault presentation method, system, equipment and medium

Abstract

The invention discloses a GIS-based reinsurance fixed telephone network service fault presentation method, system and device and a medium, and the method comprises the steps: recursively determining the bearer network service under each reinsurance task according to the bearer network service occupied by each reinsurance fixed telephone network service; recursively determining a bearer network service segment service under each reinsurance task according to the bearer network service segment parameter of each bearer network service; according to the transmission network service occupied by each bearer network service segment, recursively determining the transmission network service under each reinsurance task; recursively determining the transmission network service segment service under each reinsurance task according to the transmission network service segment parameter of each transmission network service; according to the station parameter of each transmission network service segment, recursively determining a station coordinate service under each reinsurance task; and calculating GIS data according to the association condition of the reinsurance task and the resources, and generating a service routing layer, a bearing routing layer and an actual routing layer. According to the invention, the fault can be rapidly presented according to different service scene conditions.

Description

Technical Field

[0001] The present invention relates to the technical field of image processing, and in particular to a method, system, device and medium for presenting service faults of a fixed-line network based on GIS. Background Art

[0002] Fixed-line service routes refer to various communication services provided through the fixed-line telephone network. During a security incident at a certain unit, real-time monitoring of fixed-line service status is required, requiring a quick graphical display of each service's status. Traditional fixed-line service route display can only display the complete route for a single fixed-line service, and each fixed-line service requires a different method for route switching when displaying the route.

[0003] The above method has the following problems: Poor timeliness: Each time a different fixed-line service monitoring session is completed, the polling schedule for this monitoring session must be re-established. This results in significant time wasted for each fixed-line service switchover and can even lead to delays in obtaining error information. Limited data coverage: Simultaneously presenting fixed-line services across different coverages is difficult. Summary of the Invention

[0004] The purpose of the present invention is to provide a GIS-based fixed-line network service fault presentation method, system, equipment and medium to regularly maintain fixed-line network services, determine the service scope affected by the maintenance, and promptly notify relevant departments for cooperation.

[0005] To achieve the above object, the technical solution provided by the present invention is:

[0006] A first aspect of the present application provides a GIS-based method for presenting service faults in a fixed-line network, comprising the following steps:

[0007] Create a security task and associate it with the security fixed network service;

[0008] According to the bearer network services occupied by each important fixed network service, recursively determine the bearer network services under each important task;

[0009] Recursively determine the bearer network service segment services under each security task according to the bearer network service segment parameters of each bearer network service;

[0010] According to the transmission network services occupied by each bearer network service segment, recursively determine the transmission network services under each security task;

[0011] Recursively determine the transmission network service segment services under each security task according to the transmission network service segment parameters of each transmission network service;

[0012] Based on the site parameters of each transmission network service segment, recursively determine the site coordinate services under each security task;

[0013] To optimize the above technical solutions, specific measures taken also include:

[0014] According to the correlation between the security task and resources, GIS data is calculated to generate the service routing layer, the bearer routing layer and the actual routing layer; the resources include the security fixed network service, the bearer network service, the bearer network service segment service, the transmission network service, the transmission network service segment service and the site coordinate service.

[0015] Furthermore, the bearer network services under each security task are recursively determined based on the bearer network services occupied by each security fixed network service. Specifically, the associated security fixed network services are found through the security task, and then the bearer network services are obtained through the security fixed network services. Then, the association between the security task and the bearer network services is established, and the above process is repeated for all security fixed network services under the security task.

[0016] Furthermore, the bearer network service segment services under each re-security task are recursively determined based on the bearer network service segment parameters of each bearer network service. Specifically, the associated bearer network service is found through the re-security task, and then the bearer network service segment services are obtained through the bearer network service, and then the association between the re-security task and the bearer network service segment services is established. The above process is repeated for all bearer network services under the re-security task.

[0017] Furthermore, the transmission network services under each security task are recursively determined based on the transmission network services occupied by each bearer network service segment. Specifically, the associated bearer network service segment is found through the security task, and then the transmission network service is obtained through the bearer network service segment, and then the association between the security task and the transmission network service is established. The above process is repeated for all bearer network service segments under the security task.

[0018] Furthermore, the transmission network service segment services under each security task are recursively determined based on the transmission network service segment parameters of each transmission network service. Specifically, the related transmission network service is found through the security task, and then the transmission network service segment is obtained through the transmission network service, and then the association between the security task and the transmission network service segment is established. The above process is repeated for all transmission network services under the security task recursively.

[0019] Furthermore, the site coordinate services under each security task are recursively determined based on the site parameters of each transmission network service segment, specifically: the starting device and the ending device are found through the transmission network service segment, and then the starting site and the ending site are obtained through the starting device and the ending device, the corresponding coordinates are obtained through the site, and then the association between the security task and the starting coordinates and the ending coordinates is established, and the above process is repeated for all transmission network service segments under the security task.

[0020] Furthermore, according to the association between the security task and resources, GIS data is calculated to generate a business routing layer, a bearer routing layer and an actual routing layer. Specifically, the business routing and actual routing of the upper-layer security fixed network service are determined by the routing conditions of the bearer network services and transmission network services at the lower layer of the security fixed network service. The GIS conditions of each bearer network service segment and transmission network service segment are calculated. The bearer network service segment and transmission network service segment are first found, and then the business routing and actual routing of the entire security fixed network service are determined, as well as the business routing map, bearer routing layer and actual routing map of the security task.

[0021] A second aspect of the present application provides a GIS-based fixed-line network service fault presentation system, comprising:

[0022] The security task association module is used to create security tasks and associate them with security fixed network services;

[0023] A recursive module is used to recursively determine the bearer network services under each re-protection task based on the bearer network services occupied by each re-protection fixed network service; recursively determine the bearer network service segment services under each re-protection task based on the bearer network service segment parameters of each bearer network service; recursively determine the transmission network services under each re-protection task based on the transmission network services occupied by each bearer network service segment; recursively determine the transmission network service segment services under each re-protection task based on the transmission network service segment parameters of each transmission network service; and recursively determine the site coordinate services under each re-protection task based on the site parameters of each transmission network service segment.

[0024] A calculation module is used to calculate GIS data based on the association between security tasks and resources, and generate a service routing layer, a bearer routing layer, and an actual routing layer; the resources include security fixed network services, bearer network services, bearer network service segment services, transmission network services, transmission network service segment services, and site coordinate services;

[0025] The third aspect of the present application provides an electronic device, comprising: a memory, a processor, and a computer program stored in the memory and executable on the processor. When the processor executes the computer program, the above-mentioned GIS-based method for presenting fixed-line network service faults is implemented.

[0026] A fourth aspect of the present application provides a computer-readable storage medium storing a computer program, wherein the computer program enables a computer to execute the above-mentioned GIS-based method for presenting service faults in a fixed-line network.

[0027] Compared with the prior art, the present invention has the following beneficial effects:

[0028] The present invention provides a GIS-based rapid presentation of critical care network service data. Compared to existing technologies, it can present critical care network service routes more quickly and accurately, resolving the issue of legacy route presentations that only involved a single critical care network service. It now presents the critical care network service route according to the entire critical care task. While existing routing layer calculation methods are only applicable to the presentation of a single critical care network service, the routing layer calculation method of this application can perform layer-by-layer calculations on the entire resource model, while also enabling rapid presentation using different routing diagrams based on different business scenarios. BRIEF DESCRIPTION OF THE DRAWINGS

[0029] Figure 1 : Schematic diagram of the structural model of the heavy-duty solidification network business constructed by the present invention.

[0030] Figure 2 : Flowchart of the method for presenting service failure of heavy-insurance fixed-line network based on GIS of the present invention. DETAILED DESCRIPTION

[0031] The above contents of the present invention are further described in detail below in the form of embodiments, but this should not be understood as the scope of the above subject matter of the present invention being limited to the following embodiments. All technologies implemented based on the above contents of the present invention fall within the scope of the present invention.

[0032] In one embodiment of the present invention, a method for presenting service failures of a fixed-line network based on GIS is proposed. The flow chart is as follows: Figure 2 As shown, the whole method includes the following steps:

[0033] Create a security task and associate it with the security fixed network service;

[0034] According to the bearer network services occupied by each important fixed network service, recursively determine the bearer network services under each important task;

[0035] Recursively determine the bearer network service segment services under each security task according to the bearer network service segment parameters of each bearer network service;

[0036] According to the transmission network services occupied by each bearer network service segment, recursively determine the transmission network services under each security task;

[0037] Recursively determine the transmission network service segment services under each security task according to the transmission network service segment parameters of each transmission network service;

[0038] Based on the site parameters of each transmission network service segment, recursively determine the site coordinate services under each security task;

[0039] According to the correlation between the security task and resources, GIS data is calculated to generate the service routing layer, the bearer routing layer and the actual routing layer; the resources include the security fixed network service, the bearer network service, the bearer network service segment service, the transmission network service, the transmission network service segment service and the site coordinate service.

[0040] The technical solution of the present invention is further described in detail below in conjunction with specific embodiments:

[0041] like Figure 1 As shown, this application constructs a model for presenting services, which is divided into multiple service levels from the outside to the inside, including: security tasks, security fixed network services, bearer network services, bearer network routing, transmission network services, transmission network routing, sites, and equipment. The security tasks are located at the outermost layer, and are mainly used to connect the presented resources in series, including services such as security fixed network services that provide communication capabilities, bearer network services that provide bearing capabilities, services with the direction of bearer network routing, transmission network services that mainly provide transmission capabilities based on optical wave transmission, and transmission network routing. Sites mainly refer to the coordinate points at both ends of the transmission network segment, and equipment provides transmission capabilities.

[0042] The specific process of the GIS-based method for presenting service faults in the fixed-line network is as follows:

[0043] S110: Create a security task and associate the security task with a security fixed network service.

[0044] S120: recursively determine the bearer network services under each priority protection task according to the bearer network services occupied by each priority protection fixed network service.

[0045] Each secure fixed network service will be carried by a different bearer network service. Based on the occupancy relationship between secure fixed network services and bearer network services, the method is to find the associated secure fixed network service through the secure task, then obtain the bearer network service through the secure fixed network service, and then establish the association between the secure task and the bearer network service. Repeat the above process recursively for all secure fixed network services under the secure task. The occupancy relationship between secure fixed network services and bearer network services can be directly obtained through the bearer network service, and the relationship between the secure task and the secure fixed network service can be obtained through S110.

[0046] S130: recursively determine the bearer network service segment services under each re-security task according to the bearer network service segment parameters of each bearer network service.

[0047] The service route of each bearer network service is composed of multiple bearer network service segments. Each bearer network service segment is composed of multiple different devices, and the connection between two adjacent devices is called a bearer network service segment. According to the combination relationship between the bearer network service and the bearer network service segment, a single bearer network service obtains the parameters of each bearer network service segment by finding the associated bearer network service through the re-security task, and then obtaining the bearer network service segment through the bearer network service, and then establishing the association between the re-security task and the bearer network service segment, repeating the above process, and recursively re-security all bearer network services under the task. Among them, the combination relationship between the bearer network service and the bearer network service segment can be directly obtained through the bearer network service segment, and the relationship between the re-security task and the bearer network service can be obtained through S120.

[0048] S140: recursively determine the transmission network services under each security task according to the transmission network services occupied by each bearer network service segment.

[0049] Each bearer network service segment is responsible for signal transmission by a different transmission network service. Based on the occupancy relationship between bearer network service segments and transmission network services, the method is to find the associated bearer network service segment through the re-security task, then obtain the transmission network service through the bearer network service segment, and then establish the association between the re-security task and the transmission network service. This process is repeated recursively for all bearer network service segments under the re-security task. The occupancy relationship between the bearer network service segment and the transmission network service can be directly obtained through the transmission network service, and the relationship between the re-security task and the bearer network service segment can be obtained through S130.

[0050] S150: recursively determine the transmission network service segment services under each security task according to the transmission network service segment parameters of each transmission network service.

[0051] The service route of each transmission network service is composed of multiple transmission network service segments. Each transmission network service segment is composed of multiple different devices, and the connection between two adjacent devices is called a transmission network service segment. According to the combination relationship between the transmission network service and the transmission network service segment, the parameters of each transmission network service segment are obtained by a single transmission network service. The method is to find the associated transmission network service through the re-security task, and then obtain the transmission network service segment through the transmission network service, and then establish the association between the re-security task and the transmission network service segment. Repeat the above process and recursively re-security all transmission network services under the task. Among them, the combination relationship between the transmission network service and the transmission network service segment can be directly obtained through the transmission network service segment, and the relationship between the re-security task and the transmission network service can be obtained through S140.

[0052] S160: recursively determine the site coordinate services under each security task according to the site parameters of each transmission network service segment.

[0053] The services of each transmission network service segment are composed of two devices, and the devices are managed by a certain site. Each transmission network service segment is composed of a starting device and an ending device, and the connection between two adjacent devices is called a transmission network service segment. According to the composition relationship between the transmission network service segment and the device, the parameters of the two devices are obtained by a single transmission network service segment. The method is to find the starting device and the ending device through the transmission network service segment, and then obtain the starting site and the ending site through the starting device and the ending device, obtain the corresponding coordinates through the site, and then establish an association between the security task and the starting coordinates and the ending coordinates. Repeat the above process to recursively re-secure all transmission network service segments under the security task. Among them, the composition relationship between the transmission network service segment and the device can be directly obtained through the transmission network service segment, the ownership relationship between the device and the site can be obtained through the device, and the relationship between the security task and the transmission network service segment can be obtained through S150.

[0054] S170: Based on the association between the security task and resources (security fixed network services, bearer network services, bearer network service segments, transmission network services, transmission network service segments, sites, and equipment), and calculation of GIS data, a service routing map, a bearer routing layer, and an actual routing map are generated. The service routing and actual routing of the upper-layer security fixed network services are determined by the routing of the bearer network services and transmission network services below the security fixed network services. The GIS information of each bearer network service segment and transmission network service segment is calculated. The bearer network service segment and transmission network service segment are first found, and then the service routing and actual routing of the entire security fixed network service, as well as the service routing map of the security task, the bearer routing layer, and the actual routing map are determined. The calculation is specifically performed based on the association of the security task with the security fixed network services. The routing layer calculation can be explained in the subsequent "routing layer calculation" section. For example, here we take business routing as an example. Business routing realizes data interaction through transmission signals. The transmission signal obtains specific GIS coordinates according to the site to which it belongs. When there is a heavy security task association, the distributed calculation of the heavy security task full heavy security fixed network business routing layer, the heavy security task and the single heavy security fixed network business routing layer are realized to realize the rapid presentation of the heavy security task business routing.

[0055] The routing layer is a complete routing GIS map formed by a bunch of lines composed of a bunch of coordinate points. The present invention first starts with the calculation of a single security fixed network service. For the two connected bearer network service segments (or transmission network service segments), in the routing map, it is necessary to deduplicate the points. For the overlapping points, only one point is recorded. The relationship between the point and the two bearer network service segments (or transmission network service segments) is recorded to display the routing map of the entire security fixed network service. Then, according to the security task, the information of the security fixed network service routing map is obtained, the points are deduplicated. For the overlapping points, only one point is recorded. The relationship between the point and the security fixed network service (bearer network service segment, transmission network service segment) is recorded to display the security fixed network service routing map of the entire security task. Finally, multiple routing maps are generated. The routing map can be the full routing map of the security task, the security fixed network service routing business trend map, the security fixed network service routing actual trend map, the bearer network service routing map, the transmission network service routing map, etc., including the following situations:

[0056] 1. The entire routing diagram of the security mission includes the routing and service directions of all security fixed network services in the entire security mission. It is presented to the user as a whole during the entire security mission, and is used to monitor the status of the security fixed network services in real time during the security period.

[0057] 2. Service routing map: The service routing map of a single secure fixed network service can quickly locate the service route of a specific secure fixed network service and the affected service, allowing users to quickly deploy resources to ensure communications during the secure period.

[0058] 3. The bearer route layer, a bearer route map for a single secure fixed network service, can quickly locate the bearer route for a specific secure fixed network service and the geographical location of the fault, allowing users to quickly deploy maintenance resources to ensure communications during the secure period.

[0059] 4. Actual route map: The actual route map of a single key-security fixed network service can quickly locate the actual route of a specific key-security fixed network service and the geographical location of the fault, allowing users to quickly deploy maintenance resources to ensure communication during the key-security period.

[0060] The implementation process of this application is described using a major conference security task as a specific example:

[0061] Step 1: When a major conference security task is in progress, first obtain the parameters of each business from the outer layer to the inner layer based on the security fixed network business resources involved in the security task, and recursively establish the relationship between the security task and the resources, for example, the relationship between the security task and the site.

[0062] Step 2: Recursively establish the relationship between each resource's outer layer and all inner layer resources, for example, the relationship between the fixed network service and the site.

[0063] Step 3: Calculate the routing of the security task, and generate the full routing diagram of the security task, the business routing diagram, the bearer routing layer, and the actual routing diagram based on the relationship.

[0064] Step 4: Quickly display the routing diagram. Users can quickly display the corresponding routing diagram based on the usage scenario, providing a quick display of routes from global to local. From the full routing diagram of the security task, select a specific security fixed network service to quickly switch to the security fixed network service routing diagram. From the full routing diagram of the security task, select a security fixed network service to quickly switch to the security fixed network service routing diagram, bearer routing diagram, and actual routing diagram.

[0065] In another embodiment, the present invention provides a fixed-line network service fault presentation system based on GIS, comprising:

[0066] The security task association module is used to create security tasks and associate them with security fixed network services;

[0067] A recursive module is used to recursively determine the bearer network services under each re-protection task based on the bearer network services occupied by each re-protection fixed network service; recursively determine the bearer network service segment services under each re-protection task based on the bearer network service segment parameters of each bearer network service; recursively determine the transmission network services under each re-protection task based on the transmission network services occupied by each bearer network service segment; recursively determine the transmission network service segment services under each re-protection task based on the transmission network service segment parameters of each transmission network service; and recursively determine the site coordinate services under each re-protection task based on the site parameters of each transmission network service segment.

[0068] A calculation module is used to calculate GIS data based on the association between security tasks and resources, and generate a service routing layer, a bearer routing layer, and an actual routing layer; the resources include security fixed network services, bearer network services, bearer network service segment services, transmission network services, transmission network service segment services, and site coordinate services;

[0069] In another embodiment, the present invention proposes an electronic device comprising: a memory, a processor, and a computer program stored in the memory and executable on the processor. When the processor executes the computer program, the above-described GIS-based method for presenting fixed-line network service faults is implemented.

[0070] In another embodiment, the present invention provides a computer-readable storage medium storing a computer program, wherein the computer program enables a computer to execute the above-mentioned GIS-based method for presenting service faults in a fixed-line network.

[0071] In the embodiments disclosed herein, computer storage media can be tangible media that can contain or store programs for use by or in conjunction with an instruction execution system, device, or apparatus. Computer storage media can include, but are not limited to, electronic, magnetic, optical, electromagnetic, infrared, or semiconductor systems, devices, or equipment, or any suitable combination of the foregoing. More specific examples of computer storage media can include electrical connections based on one or more lines, portable computer disks, hard disks, random access memories (RAM), read-only memories (ROM), erasable programmable read-only memories (EPROM or flash memory), optical fibers, portable compact disk read-only memories (CD-ROMs), optical storage devices, magnetic storage devices, or any suitable combination of the foregoing.

[0072] The above description is only a preferred embodiment of the present invention and does not constitute any form of limitation to the present invention. Any simple modification, equivalent replacement and improvement made by any technician familiar with the profession to the above embodiment without departing from the scope of the technical solution of the present invention and based on the technical essence of the present invention shall still fall within the scope of protection of the technical solution of the present invention.

Claims

1. A method for presenting service failures of a fixed-line network based on GIS, characterized in that: The following steps are involved: Create a security task and associate it with the security solidification network service; According to the bearer network services occupied by each heavy-security fixed network service, the bearer network services under each heavy-security task are recursively determined; according to the bearer network service segment parameters of each bearer network service, the bearer network service segment services under each heavy-security task are recursively determined; According to the transmission network services occupied by each bearer network service segment, recursively determine the transmission network services under each re-security task; according to the transmission network service segment parameters of each transmission network service, recursively determine the transmission network service segment services under each re-security task; According to the site parameters of each transmission network service segment, the site coordinate service under each security task is recursively determined; According to the correlation between the security task and the resources, GIS data is calculated to generate the service routing layer, the bearer routing layer and the actual routing layer; the resources include the security solidified network service, the bearer network service, the bearer network service segment service, the transmission network service, the transmission network service segment service and the site coordinate service.

2. The GIS-based fixed-line network service fault presentation method according to claim 1, characterized in that: The bearer network services under each re-security task are recursively determined based on the bearer network services occupied by each re-security fixed network service. Specifically, the related re-security fixed network services are found through the re-security task, and then the bearer network services are obtained through the re-security fixed network services. Then, the association between the re-security task and the bearer network services is established, and the above process is repeated for all re-security fixed network services under the re-security task.

3. The method for presenting service failure of fixed-line network based on GIS according to claim 1, characterized in that: The bearer network service segment services under each re-security task are recursively determined according to the bearer network service segment parameters of each bearer network service. Specifically, the related bearer network service is found through the re-security task, and then the bearer network service segment services are obtained through the bearer network service, and then the association between the re-security task and the bearer network service segment services is established, and the above process is repeated to recursively re-security all bearer network services under the task.

4. The GIS-based fixed-line network service fault presentation method according to claim 1, characterized in that: The transmission network services under each re-security task are recursively determined based on the transmission network services occupied by each bearer network service segment. Specifically, the associated bearer network service segment is found through the re-security task, and then the transmission network service is obtained through the bearer network service segment, and then the association between the re-security task and the transmission network service is established, and the above process is repeated to recursively re-security all bearer network service segments under the task.

5. The method for presenting service failure of fixed-line network based on GIS according to claim 1, characterized in that: The transmission network service segment services under each re-security task are recursively determined based on the transmission network service segment parameters of each transmission network service. Specifically, the related transmission network service is found through the re-security task, and then the transmission network service segment is obtained through the transmission network service, and then the association between the re-security task and the transmission network service segment is established, and the above process is repeated to recursively re-security all transmission network services under the task.

6. The method for presenting service failure of fixed-line network based on GIS according to claim 1, characterized in that: The site coordinate service under each security task is recursively determined based on the site parameters of each transmission network service segment. Specifically, the starting device and the ending device are found through the transmission network service segment, and then the starting site and the ending site are obtained through the starting device and the ending device, and the corresponding coordinates are obtained through the site, and then the association between the security task and the starting coordinates and the ending coordinates is established, and the above process is repeated for all transmission network service segments under the recursive security task.

7. The method for presenting service failure of fixed-line network based on GIS according to claim 1, characterized in that: The method of calculating GIS data and generating a business routing layer, a bearer routing layer and an actual routing layer according to the association between the security task and the resources is as follows: determining the business routing and actual routing of the upper-layer security fixed network service through the routing conditions of the bearer network services and the transmission network services at the lower layer of the security fixed network service, calculating the GIS conditions of each bearer network service segment and the transmission network service segment, first finding the bearer network service segment and the transmission network service segment, and then determining the business routing and actual routing of the entire security fixed network service, as well as the business routing map, the bearer routing layer and the actual routing map of the security task.

8. A fixed-line network service fault presentation system based on GIS, characterized in that: include: A security task association module is used to create a security task and associate the security task with the security fixed network service; A recursive module is used to recursively determine the bearer network services under each re-security task according to the bearer network services occupied by each re-security fixed network service; recursively determine the bearer network service segment services under each re-security task according to the bearer network service segment parameters of each bearer network service; recursively determine the transmission network services under each re-security task according to the transmission network services occupied by each bearer network service segment; recursively determine the transmission network service segment services under each re-security task according to the transmission network service segment parameters of each transmission network service; recursively determine the site coordinate services under each re-security task according to the site parameters of each transmission network service segment; A calculation module is used to calculate GIS data according to the association between the security task and the resources, and generate a service routing layer, a bearer routing layer and an actual routing layer; the resources include security solidification network services, bearer network services, bearer network service segment services, transmission network services, transmission network service segment services, and site coordinate services; The system is used to execute the GIS-based fixed-line network service fault presentation method as described in any one of claims 1 to 7.

9. An electronic device, characterized in that: include: A memory, a processor, and a computer program stored in the memory and executable on the processor, wherein when the processor executes the computer program, the method for presenting faults of fixed-line network services based on GIS is implemented as described in any one of claims 1 to 7.

10. A computer-readable storage medium storing a computer program, wherein the computer program enables a computer to execute the GIS-based fixed-line network service fault presentation method according to any one of claims 1 to 7.

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