TWI762969B - Service arrangement and provisioning system for the mobile-fixed convergence network and method thereof - Google Patents

Abstract

The present invention is a service arrangement and provisioning system for the mobile-fixed convergence network and a method thereof, providing provisioning services for customer on a single platform. A service order is disassembled by the system into several single services according to different supply and installation rules, then these single services are sorted by priority and control the life cycle of the service order is managed, so as to the provisioning services of these single services is accomplished by the service and resource orchestrator of mobile and fixed networks in downstream. Therefore, the problem that the current service installation system can only deal with the needs of a single type of network and cannot quickly decouple the provisioning service can be solve by the present invention, while the system can operated flexibly and efficiently in various types of mobile and fixed integration heterogeneous multiple network architecture.

Description

Service programming and provisioning system and method for line-fixed network integration

The present invention relates to the technology of heterogeneous network service integration, and more particularly, to a service programming and provisioning system and method for the integration of fixed network.

Facing the increasingly complex network architecture and the continuous introduction of new network application services, how to provide flexible and fast customer service has become a major challenge for telecom operators (Carriers). Traditional service provisioning systems are complex and can only handle a single type of network demand, such as fixed network or mobile network demand. However, when new services are launched, the systems are often stacked to deal with it. , which results in complicated system interface settings, difficult management and reuse of functional modules, and labor-intensive maintenance, operation and testing.

For example, if there is a line of solid-integrated heterogeneous service acceptance and call to the internal system of a telecom operator, for example, the requirement is to prepare for service provisioning. From the perspective of the traditional service provisioning architecture, the Service Orchestrator can only handle a single For network type services, this heterogeneous service needs to be disassembled into α fixed network services (α≧1) and β line network services (β≧1), and then the service orders are supplied to the downstream according to their respective network types. The fixed network service cooperation system and the line network service cooperation system, assuming that the fixed network service cooperation system The operating system contains γ fixed network supply and installation rules (γ≧1), and the line network service cooperation system contains ω line network supply and installation rules (ω≧1), then the system module function needs to perform operations for the heterogeneous service. The total number of rules is (αγ+βω). In this case, when the number of services (α, β) and the number of rules (γ, ω) increase, the workload of the traditional service supply and installation system is similar to that of this system. The ratio will show a multiple growth, which will greatly affect the system performance and maintenance, operation and installation costs.

Therefore, if a technology for integrating heterogeneous network services can be found, in particular, it can provide customers with fixed network integration service supply and installation operations on a single platform, and can quickly analyze and intelligently arrange new service orders for different purposes and diversity. Process to carry out life cycle management, which will become the goal that those skilled in the art are eager to pursue solutions.

The purpose of the present invention is to propose a flat and horizontal line-fixed network integration service provisioning architecture, so as to provide a single platform for customer service supply and installation operations, and through the integration of heterogeneous network services, it can automatically and flexibly support various line-fixed integrations Heterogeneous multi-network new service supply and installation, in order to reduce operating costs, improve user satisfaction and enterprise competitiveness.

In order to achieve the above object and other objects, the present invention proposes a service programming and supplying system for line-fixed network integration, which includes: a heterogeneous universal multi-database, which stores service orders; an order service decoupling module, which is based on different supply systems. The installation rules decouple and analyze the service order, so as to decompose the requirements of the service order into at least one single service; the installation program arranging module is used to interpret and analyze the priority of the at least one single service. Arrangement; supply and installation rule management module is used to manage the supply and installation opening rules corresponding to each order service, so that when the at least one single service and other different service orders have the same process station after decoupling analysis, the integration with the Rules implemented by different services with the same process rules and actions; and an intelligent business process master control module, which is linked to the heterogeneous general multi-database, the order service decoupling module, the supply and installation program arrangement module, and the supply and installation rule management module, and is controlled by the intelligent The business process control module provides life cycle management of the service order, so as to determine the start and end of the service order and the start point of re-running according to the information of the service order and the process mechanism of the intelligent state machine mathematical model.

In one embodiment, the service order includes service order data, service data for the order for installation and activation, process station data for installation and activation, and the time correlation of each data.

In one embodiment, the decoupling module of the order service decoupling the requirements of the service order into the at least one single service means that different services in the service order are decomposed respectively, so as to perform the subsequent process according to the order action operation.

In one embodiment, the provisioning programming module uses information modules and policy-driven technologies to disassemble the heterogeneous characteristics of each service, and then program the life cycle and process sequence of the service order when it runs.

In one embodiment, the information of the service order includes serial number ID, type, and status data of the service order.

In one embodiment, the intelligent business process control module further includes, when the service order fails to be activated, sending an automatic alarm message to deal with the problem or remove the obstacle immediately.

In one embodiment, the service programming and provisioning system of the bank's fixed network integration further includes a data collection and output management module connected to the intelligent business process master control module, which is used to manage the bank's fixed network integration services The programming and the interface of the northbound and southbound systems of the supply system.

In one embodiment, the service programming and provisioning system of the line's fixed network integration further includes a virtual and real resource available energy pre-check module connected to the intelligent business process main control module, which provides a pre-check and detection of the available energy of virtual and real resources. , in order to obtain evaluation estimates of various available resources before supplying services.

In addition, the available energy pre-checking module of the virtual and real resources supports the network slicing (Network Slicing) theoretical framework to analyze the service orders with the new service of the line-solid fusion heterogeneous multi-network, and the available energy pre-checking module system of the virtual and real resources Use big data analysis and statistics to analyze the process of the service order to find the bottleneck point of supply and installation.

The present invention further proposes a service programming and supplying method for line-fixed network integration, which includes: storing a service order; decoupling and analyzing the service order according to different supplying rules, so as to disassemble the requirements of the service order into At least one single service; interpret and arrange the priority of the at least one single service; manage the provisioning and opening rules corresponding to each order service, so that the at least one single service and other different service orders have the same after decoupling analysis When process stations are identified, integrate the rules and actions executed by services with the same process station; and provide life cycle management of the service order, so as to identify the service according to the information of the service order and the process mechanism of the mathematical model of the intelligent state machine The start point of the start and end of the order and the start of the re-run.

From the above, it can be seen that the service programming and provisioning system and method for the integration of fixed-line networks proposed by the present invention provides customer service provisioning operations on a single platform, and solves the problem that the current service provisioning system can only handle a single type of network demand and The problem of inability to quickly decouple and activate services, and can operate flexibly and efficiently in various mobile and fixed fusion heterogeneous multi-network architecture loops; in addition, the present invention can quickly analyze intelligent scheduling for new service orders with different uses and diversity Cycle management, and can automatically control the order operation cycle, intelligent alarm and data collection and output management, and then use big data data analysis and statistics to improve development It can pass the time and eliminate the supply and installation obstacles, so it can meet the programming and supply operations of new services of various entities and virtual networks, and achieve the purpose of pre-checking the available energy of virtual and real resources and managing the supply and installation of slicing services.

1: Service programming and supply system for line-fixed network integration

11: Heterogeneous Universal Multivariate Database

12: Order service decoupling module

13: For the installation of programming modules

14: Supply and install rule management module

15: Intelligent business process master control module

16: Data collection and output management module

17: Pre-check module for available energy of virtual and real resources

100: Service Order

201: Service Order

202: Operation Support System and Business Support System

203: Service programming and supply system for line-fixed network integration

204: Line-Network Service Collaboration System and Resource Collaboration System

205:Fixed network service collaboration system and resource collaboration system

206: Telecom Network

S401~S405: Steps

Please refer to the detailed description of the present invention and the accompanying drawings to further understand the technical content of the present invention and its purpose and effect. The related drawings are described as follows.

FIG. 1 is a schematic diagram of a service programming and provisioning system for line-fixed network integration according to the present invention.

FIG. 2 is a structural diagram of another embodiment of the service programming and provisioning system for line-fixed network integration according to the present invention.

FIG. 3 is a schematic diagram of a specific embodiment of the service programming and provisioning system for line-fixed network integration according to the present invention.

FIG. 4 is a flow chart of the service programming and provisioning method for line-fixed network integration according to the present invention.

The following describes the technical content of the present invention through specific embodiments, and those skilled in the art can easily understand the advantages and effects of the present invention from the content disclosed in this specification. However, the present invention can also be implemented or applied by other different specific embodiments.

FIG. 1 is a schematic diagram of a service programming and provisioning system for line-fixed network integration according to the present invention. As shown in the figure, the service programming and installation system 1 of the present invention is a flat horizontal single platform system to provide customer service and installation operations, so as to improve the existing installation system. Various problems and shortcomings, among which, the service programming and supply system 1 of line-fixed network integration includes heterogeneous general multi-database 11, order service decoupling module 12, supply and installation program arrangement module 13, supply and installation rule management module. Group 14 and intelligent business process main control module 15 .

The heterogeneous general multi-database 11 is used to store at least one or more service orders 100 received by the system. In short, the service order 100 received from the outside by the service programming and provisioning system 1 for line-fixed network integration can be stored in a heterogeneous general multi-database 11, which is commonly used for line-fixed network integration and The virtual and real service data is consolidated and supports access to heterogeneous multi-network service characteristic data, which can include basic information such as service order type, type, status, and supply.

In one embodiment, the service order 100 includes service order data, service data for order provisioning, process station data for provisioning provisioning, and time correlation of each data. In detail, the heterogeneous universal multi-database 11 has built-in complete service order data, and at least needs to establish service order data, service data for order supply and installation opening, process station information for supply and installation opening, and related data time relationship data. and related, wherein, the service order data can be, for example, order number, order serial number identification code, order status, order type, order application items, order source interface, order creation processing and completion date and time, and the service data for the order to be opened can be, for example, The service ID, the action performed on the service, the service status and the setting value of the provisioning device. The process station-specific data of the provisioning device can be related to the process status, process code, process processing message record and process start and end date and time. The data time relationship refers to the one-to-one or one-to-many relationship and association between the above-mentioned data.

The order service decoupling module 12 is used for decoupling and analyzing the service order 100 according to different supply rules, so as to disassemble the requirements of the service order 100 into at least one single service, wherein the requirements of the service order 100 are disassembled Disassembling into at least one single service refers to disassembling different services in the service order 100 respectively, so as to perform subsequent process operations according to the order action. Specifically, the order service decoupling module 12 performs service analysis on the order data, and can decouple and analyze the service order 100 according to different supply and installation rules, so as to disassemble the requirements in the service order 100 into a single service , and then the subsequent process can be operated according to the order action, that is, a service order 100 may contain multiple services Requirements, such as several mobile network requirements and several fixed network requirements, the order service decoupling module 12 analyzes the service order 100 according to the supply and installation rules to disassemble it into a single service (ie, a single service) , and then these single services can be handed over to the relevant systems that can be processed.

The installation program scheduling module 13 is used for interpreting and scheduling the priority of the at least one single service. Specifically, the supply and installation program arrangement module 13 interprets and arranges the service orders 100 that have been parsed by the order service decoupling module 12 in sequence, and uses information modules and strategy-driven technologies to accelerate the disassembly of the heterogeneous characteristics of each service. Referring to the interface constraints and rules between the downstream service orchestrator (Service Orchestrator) and the resource orchestrator (Resource Orchestrator), the life cycle and process sequence that each service order 100 should run is programmed. In practical applications, the disassembled multiple single services may also have problems in the execution sequence. For example, after the A service is opened first, the B service will be successfully opened. Otherwise, it will fail to open or be wrong. The arranging module 13 interprets the priorities of these single services successively, and arranges the order of execution.

The supply and installation rule management module 14 is used to manage the supply and installation opening rules corresponding to each order service, so that when the at least one single service and other different service orders 100 have the same process station after decoupling analysis, they can be integrated or integrated. Rules and actions performed by other services in the same process. In short, the supply and installation rule management module 14 manages the supply and installation opening rules corresponding to each order service. After decoupling analysis of different service orders 100, the rules that should be executed when different service orders 100 have the same process station are compared with the rules. The actions are unified or integrated, so as to avoid the problem of low system performance caused by redundant programs by reusing the supply rules, that is, to integrate or integrate the parts with the same single service in different service orders 100, so that they can be run together to avoid excessive System performance degradation caused by data transmission and processing.

The intelligent business process master control module 15 is connected to the heterogeneous general multi-database 11 , the order service decoupling module 12 , the supply and installation program arrangement module 13 and the supply and installation rule management module 14 . The control module 15 provides life cycle management of the service order 100 to determine the start and end of the service order 100 and the start point of re-running according to the information of the service order 100 and the flow mechanism of the intelligent state machine mathematical model. Specifically, the intelligent business process main control module 15 is used to manage the life cycle of the service order 100, and it is used to determine the service order 100 according to the serial number ID, type, status data of the service order 100 and the intelligent state machine mathematical model process mechanism. The starting point for the start, end and re-run.

In addition, the intelligent business process control module 15 further includes, when the service order 100 fails to be opened, an automatic alarm message is sent to deal with the problem or remove the obstacle immediately. It can be seen from the above that the intelligent business process master control module 15 has an automatic alarm function. When the order opening fails, it will actively notify the program developer or the maintenance personnel of the telecommunication company, so as to deal with the problem immediately and remove the obstacle.

Through the service programming and provisioning system of line-fixed network integration of the present invention, a single platform for customer service supply and installation operations can be provided, and various new service supply and installation of line-fixed integration heterogeneous multi-networks can be automatically and flexibly supported. As described in the prior art, from the perspective of the traditional service provisioning architecture, since the service collaboration system can only handle services of a single network type, if heterogeneous services include α fixed network services and β line network services, the The downstream fixed network service cooperation system and the line network service cooperation system, in which the fixed network service cooperation system contains γ fixed network supply and installation rules, and the line network service cooperation system contains ω line network supply and installation rules, which leads to the system model. The total number of rules that the group function needs to perform operations for the heterogeneous service is (αγ+βω). On the contrary, the present invention can handle the supply and installation of various services of multi-heterogeneous integration, and the heterogeneous service can transmit the order data to the system for opening without disassembly. If the system contains γ fixed network supply and installation rules (γ≧ 1) and ω line network supply rules (ω≧1), then the amount of rules that need to be executed for the heterogeneous service is (γ+ω) Therefore, when the number of services (α, β) and the number of rules (γ, ω) increase, the service programming and provisioning system of the fixed network integration of the present invention does not produce the processing operation of the traditional service provisioning system It can help reduce operating costs and improve user satisfaction and enterprise competitiveness.

FIG. 2 is a structural diagram of another embodiment of the service programming and provisioning system for line-fixed network integration according to the present invention. As shown in the figure, the heterogeneous general multi-database 11, order service decoupling module 12, supply and installation program arrangement module 13, supply and installation rule management module 14, and The intelligent business process main control module 15 is as described in FIG. 1 , and details are not repeated here. In this embodiment, the service programming and provisioning system 1 for the line of fixed network integration further includes a data collection and output management module 16 And the available energy pre-check module 17 of virtual and real resources.

The data collection and output management module 16 is connected to the intelligent business process master control module 15, and the data collection and output management module 16 is used to manage the service programming and provisioning system 1 for the integration of the fixed network and the northbound and southbound systems. catch. Because the service programming and installation system 1 of the line-fixed network integration should interface with the relevant system for receiving service orders in the north, and the service programming and supply system 1 of the line-line network integration should interface with the relevant system for processing service orders in the south. , for example, a system that handles the service requirements of the fixed network and the service demand of the mobile network, so through the data collection and output management module 16, it manages the service programming and supply system 1 northbound and southbound system interface interface for the integration of the fixed network. The specific method can be used to manage the provisioning and opening data more simply and lightly through the designed standard highly extensible REST presentation layer state transition software framework interface, and use HTTP methods (such as GET/POST/PUT/DELETE) and The data manipulation language (Data Manipulation Language, DML) is used to open and supply the service order.

The available energy pre-checking module 17 of virtual and real resources is connected to the main control module 15 of the intelligent business process. The available energy pre-checking module 17 of virtual and real resources provides pre-checking and detection of the available energy of virtual and real resources, so as to obtain various available resources before providing services. evaluation estimate. In detail, the available energy of the virtual and real resources is The checking module 17 supports the network slicing (Network Slicing) theoretical framework, so as to analyze the service orders with the new services of the line-solid fusion heterogeneous multi-network, that is to say, the available energy pre-checking module 17 of the virtual and real resources supports the network slicing ( Network Slicing) theoretical framework analyzes the new service of heterogeneous multi-network integration of solid-state integration, and supports the pre-examination and detection of the available energy of virtual and real resources, so that various available resource evaluation estimates can be obtained before the service is provided, and the opening can be completed more quickly and effectively.

In addition, the available energy pre-checking module 17 of virtual and real resources can also use big data to analyze statistics to analyze the process of the service order to find the bottleneck point of supply and installation. The above-mentioned available energy pre-check module 17 of virtual and real resources uses big data data analysis and statistics to analyze the service order process, so as to find out the bottleneck point of supply and installation, and then intelligently improve the rate of customer service opening and completing supply and installation per unit time.

To sum up, in the service programming and supplying system 1 for line-fixed network integration of the present invention, the data collection and output management module 16 is mainly responsible for the northbound and southbound orders and orders of the line-fixed network integration service programming and supplying system 1. For the delivery of supply data, the order service decoupling module 12, the supply program arrangement module 13, and the supply rule management module 14 will decouple, disassemble, analyze and program the service order, and the virtual and real resources can use energy. The pre-check module 17 is centered to assist the service programming and supply system 1 of line and fixed network integration to implement resource detection, evaluation, monitoring and supply quality assurance. To control the activation and re-execution opportunities, the service order data, supply rules and opening records must be accessed and integrated through the heterogeneous general multi-database 12 .

As can be seen from the above, based on the various problems and shortcomings derived from the existing supply system, the service programming and supply system 1 for fixed network integration proposed by the present invention adopts a flat horizontal single platform system architecture to carry out For customer service provisioning operations, the system can support network slicing (Network Slicing) virtual and real resource sharing logical network architecture services. Among them, information modules and Model & Policy Driven technologies are mainly used to describe the design system model. Improve programmability In addition, the intelligent business process master control module, as the core of intelligent business process management, achieves a high degree of automation and real-time operation, and finally can be flexibly and efficiently used in various industries. A new type of service opening and architecture environment for a heterogeneous multi-network network that is similar to the industry-like integration.

FIG. 3 is a schematic diagram of a specific embodiment of the service programming and provisioning system for line-fixed network integration according to the present invention. In this embodiment, please refer to FIG. 2 together, and through an MDVPN (Mobile Data Virtual Private Network) new customer order acceptance login to the telecom operator's internal system to prepare for service provisioning, to illustrate the fixed network of the present invention Implementation of a converged service programming and provisioning system.

First, the order data of the service order 201 of the new customer is transferred to the fixed-line network of the present invention through the unified or integrated billing through the Operations support system (OSS) and the Business support system (BSS) 202 In the integrated service programming and supply system 203, the service order 201 will enter the service programming and supply system 203 of the line-fixed network integration through the standard REST northbound interface in the data collection and output management module 16, and the data is collected and output The management module 16 converts the customer service order including the order number, order type, application items and other data into a format that defines a standard, and stores it in the heterogeneous general multi-database 11 to facilitate the operation, access and integration of subsequent functions of the modules .

Next, the order service decoupling module 12 will disassemble and analyze the MDVPN service order, and obtain the supply and distribution network (that is, the mobile network) generated by the service in the MDVPN service order according to the opening rules controlled by the supply and installation rule management module 14 ) Service Orchestrator (SO) and Resource Orchestrator (RO) 204 station and fixed network (ie fixed network network) Service Orchestrator and Resource Orchestrator 205 stations are two other processes.

The supply and installation program arrangement module 13 interprets and arranges the priority of the two station processes generated by the analysis of the order service decoupling module 12. Actions to be performed and other information, determine that the fixed network service cooperation system and resource cooperation system 205 need to be installed first, open the fixed network circuit and access point name virtual local area network (APN VLAN) settings, and then can be installed again The line network service cooperation system and the resource cooperation system 204 are separated, and the customer's line network APN and VPN number are set on the circuit that has been opened in the process of the previous station (fixed network service cooperation system and resource cooperation system 205 ).

The intelligent business process master control module 15 starts the intelligent core master control program according to the programming sequence of the supply program arrangement module 13 to control the order cycle and delivery timing, through the standard REST southbound interface in the data collection and output management module 16 The interface distributes the supply and installation data to the fixed network service cooperation system and the resource cooperation system 205. After the fixed network service cooperation system and the resource cooperation system 205 complete the fixed network automatic activation setting, the report is successful, and then to the network service cooperation system and resources. The coordination system 204 distributes, and the line network service coordination system and the resource coordination system 204 complete the line network adjustment and setting and report success. Provisioning is performed for the users in the telecommunications network 206 that satisfy the network slicing requirements, so that the user's equipment can be connected to the cloud network through the access/aggregation network, and then connected to the cloud network through the backbone network to execute the requested provisioning service. Finally, the intelligent business process master control module 15 unifies or integrates the process life cycle and execution results of the two stations, and then submits it to the data collection and output management module 16 to reply and inform the upstream northbound operation and operation support system and business support system 202, Completed the opening of new customer orders for MDVPN (Mobile Data Virtual Private Network) services.

If the line network service cooperation system and the resource cooperation system 204 or the fixed network service cooperation system and the resource cooperation system 205 have an execution response failure or an unwarned problem occurs, the intelligent business process master The automatic alarm function of the control module 15 will proactively notify the relevant responsible personnel of the telecommunications provider to remove obstacles through e-mail or SMS, and automatically complete the follow-up process after the problem is solved. On the other hand, under the premise of not affecting the main core supply and installation operation, the available energy pre-examination module 17 of virtual and real resources uses big data data analysis technology in the back end to analyze and explore to find the overall supply and installation bottleneck points, and then process and optimize the process, which can improve the The rate of customer service completion in unit time.

FIG. 4 is a flow chart of the service programming and provisioning method for line-fixed network integration according to the present invention, the system architecture of which is the same as that described in FIGS. 1 to 3 , and will not be repeated here.

In step S401, the service order is stored.

In step S402, the service order is decoupled and analyzed according to different supply rules, so as to decompose the requirements of the service order into at least one single service.

In step S403, the at least one single service is prioritized for interpretation and arrangement.

In step S404, the system manages the supply and installation opening rules corresponding to each order service, so that when the at least one single service and other different service orders have the same process station after decoupling analysis, they can be integrated or integrated with the same process station. The rules and actions performed by the service.

In step S405, life cycle management of the service order is provided, so as to determine the start and end of the service order and the start point of re-running according to the information of the service order and the flow mechanism of the intelligent state machine mathematical model.

To sum up, the service programming and provisioning system and the method for the integration of the fixed network of the present invention improve the shortcomings of the existing service provisioning system, which leads to complicated interfaces and labor-intensive maintenance, operation, inspection and testing. A single platform provides customer service supply and installation operations, and the current service supply system of Jingjin can only handle a single type of network demand and cannot quickly decouple the difficulty of opening services. It can operate flexibly and efficiently in various types of Mobile and Fixed Converged Heterogeneous Multi-Network Architecture Environment. Secondly, the present invention utilizes information modules and strategy-driven technologies to improve the efficiency of system supply and installation program arranging and to manage and control supply and installation rules, and can quickly analyze intelligent schedules for life cycle management in the face of new service orders with different uses and diversity. Furthermore, the present invention designs a standard and highly extensible REST (Representational State Transfer) presentation layer state transition software framework interface, which has the advantages of simplifying lightweight software requirements and improving response efficiency compared with traditional protocols. In addition, the present invention uses the intelligent business process management technology to mold and build the core main control module, which can automatically control the order operation cycle, intelligent alarm and data collection and output management, and then use big data data analysis and statistics to improve the opening time and eliminate the supply and installation. obstacle. Finally, the present invention satisfies all kinds of physical and virtual network new service programming and installation operations, and supports the theoretical framework of network slicing to achieve the purpose of pre-checking available energy of virtual and real resources and slicing service supply and installation management.

Each module in the present invention can be run in a computer device or server including a microprocessor and a memory. The algorithms, data, programs, etc. are stored in the memory or chip, and the microprocessor can be loaded from the memory or the chip. Input data or algorithms or programs for data analysis or calculation processing, which will not be repeated here. For example, the order service decoupling module of the present invention, the supply and installation program arrangement module, the supply and installation rule management module, the intelligent business process master control module, the data collection and output management module, and the virtual and real resources available energy pre-check module, etc. The module can perform its analysis operation through the microprocessor and the memory. In addition, the module described in the present invention can also be implemented in the form of hardware or firmware.

The above detailed description is for a specific description of a feasible embodiment of the present invention, but this embodiment is not intended to limit the patent scope of the present invention. Any equivalent implementation or modification that does not depart from the technical spirit of the present invention shall be included in the within the scope of the patent in this case.

1: Service programming and supply system for line-fixed network integration

11: Heterogeneous Universal Multivariate Database

12: Order service decoupling module

13: For the installation of programming modules

14: Supply and install rule management module

15: Intelligent business process master control module

100: Service Order

Claims (11)

A service programming and supplying system for line-fixed network integration, comprising: a heterogeneous general multi-database for storing service orders; an order service decoupling module for decoupling and analyzing the service orders according to different supplying rules , in order to disassemble the requirements of the service order into at least one single service; the supplying program scheduling module is used to interpret and arrange the priority of the at least one single service; the supplying rule management module is used for When managing the provisioning rules corresponding to each order service, when the at least one single service and other different service orders have the same process station after decoupling analysis, integrate the rules executed by the services with the same process station and action; and an intelligent business process master control module, which is connected to the heterogeneous general multi-database, the order service decoupling module, the supply program arranging module, and the supply rule management module, and is controlled by the intelligent business process The main control module provides life cycle management of the service order, so as to determine the start and end of the service order and the starting point of re-running according to the information of the service order and the process mechanism of the mathematical model of the intelligent state machine. The service programming and provisioning system for line-fixed network integration as described in claim 1, wherein the service order includes service order data, service data for order provisioning and provisioning, process and station data for provisioning provisioning provisioning, and the time of each data. correlation. The service programming and provisioning system for line-fixed network integration as described in claim 1, wherein the order-service decoupling module disassembles the requirements of the service order into the at least one single service means that the service order is divided into Different services are dismantled separately, so as to carry out the operation of the follow-up process according to the order action. The service programming and provisioning system for line-fixed network integration as described in claim 1, wherein the provisioning programming module uses information modules and policy-driven technologies, according to the type of the service order, the application items, the The actions to be performed by the service, disassemble the heterogeneous characteristics of each service, determine the systems and stations that need to be installed first, and then program the life cycle and process sequence of the service order when it runs. The service programming and provisioning system for fixed network integration as described in claim 1, wherein the information of the service order includes the serial number ID, type, and status data of the service order. The service programming and provisioning system for fixed-line network integration as described in claim 1, wherein the intelligent business process master control module further includes, when the service order fails to be activated, sending an automatic alarm message to deal with the problem or eliminate it immediately obstacle. The service programming and provisioning system for fixed network integration as described in claim 1 further includes a data collection and output management module, which is connected to the intelligent business process master control module, wherein the data collection and output management module The group is used to manage the interface between the northbound and southbound systems of the bank's fixed network integration service programming and supply system. The service programming and supply system for fixed network integration as described in claim 1 further includes a module for pre-checking available energy of virtual and real resources, which is connected to the main control module of the intelligent business process, wherein the available energy of the virtual and real resources is pre-checked. The inspection module provides pre-inspection and detection of the available energy of virtual and real resources, so as to obtain the evaluation and estimation of various available resources before the installation service. The service programming and provisioning system for line-fixed network integration according to claim 8, wherein the available energy pre-checking module for virtual and real resources supports a network slicing (Network Slicing) theoretical framework to analyze heterogeneity with line-fixed network integration Service orders for multi-network new services. The service programming and supply system for fixed network integration as described in claim 8, wherein the available energy pre-checking module for virtual and real resources uses big data data analysis and statistics to analyze the process of the service order to find Out of the bottleneck point of supply and installation. A service programming and supplying method for line-fixed network integration, which is applied to a service programming and supplying system for line-fixed network integration on a computer device with a processor and a memory, to perform the following steps: storing a service order ; Decouple and analyze the service order according to different supply and installation rules, so as to disassemble the requirements of the service order into at least one single service; interpret and arrange the priority of the at least one single service; manage each order Provisioning rules corresponding to services, so that when the at least one single service and other different service orders have the same process category after decoupling analysis, integrate the rules and actions executed by the services with the same process category; and provide the The life cycle management of the service order is based on the information of the service order and the process mechanism of the intelligent state machine mathematical model to determine the start and end of the service order and the starting point of re-running.

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