TWI608443B - Confluence service for data exchange system - Google Patents

Description

Convergence service supply data exchange system

The present invention is a supply system, and more particularly a supply system that provides a confluence service.

As telecom sink services and video traffic cloud application traffic grow explosively, and various providers can provide various services, they need to design a number of application software software interfaces (APIs) for use at the use end, and commission telecommunications service providers to build Corresponding telecommunications service network.

However, the traditional application interface costs a lot in development and the subsequent construction of telecommunication equipment, and the telecom configuration established by each special service cannot be flexibly invoked. Therefore, when the service content or telecommunication equipment needs to be adjusted, It takes a lot of time and money to set up, which reduces the willingness of each industry.

In summary, if a technical means for quickly configuring the service provisioning process is provided, it is a technical problem that needs to be solved in the field.

In order to solve the problems disclosed above, an object of the present invention is to provide a technical solution for quickly setting a service supply process.

To achieve the above object, the present invention provides a sink service supply data exchange system. The foregoing system includes a software logic definition management module, a software modeling module, a visual product service analysis management module, a virtual and real integrated resource management module, and an application interface self-learning production model. Group, and topology settings module. The aforementioned software logic definition management module performs dynamic process configuration on the connected modules. The aforementioned soft molding module is connected to the software logic definition management module, and provides the modeling and modeling settings of the software model. The aforementioned visual product service analysis management module connects the software logic definition management module, and provides the operation end of the operation to establish a delivery process path of the specified service to configure the service basic execution unit that provides the service. The aforementioned virtual and real resource management module is connected to the software logic definition management module to provide dynamic scheduling and assignment of virtual and physical servers. The aforementioned application interface self-learning production module connects the software logic definition management module and provides the service infrastructure execution unit of the application interface. The foregoing topology setting module is connected to the software logic definition management module to provide a network service device line topology configuration corresponding to the delivery process path.

In summary, with the sink service provisioning data exchange system of the present invention, the users in various fields can quickly complete the network service device line corresponding to the delivery process path after configuring the delivery process path of the specified service. Topology build.

VASU1~VASU8‧‧‧ service station

VM1~VM3‧‧‧ virtual machine

1‧‧‧Confluence Service Supply Data Exchange System

10‧‧‧Software Logic Definition Management Module

101‧‧‧Business Core Software Module

11‧‧‧Soft Molding Module

12‧‧‧Visual Product Service Analysis Management Module

13‧‧‧Virtual and real integrated resource management module

14‧‧‧Application Interface Self-learning Production Module

15‧‧‧Topology Setting Module

16‧‧‧Service Behavior Analysis and Prediction Module

17‧‧‧Learning Management Module

18‧‧‧Geometry Vector Encryption Compression Module

2‧‧‧Cloud database

FIG. 1 is a schematic diagram of a sinking service supply data exchange system according to an embodiment of the present invention.

2 is a schematic diagram of a product service flow path according to an embodiment of the present invention.

FIG. 3 is a tree-like multi-level analysis diagram generated by analysis according to an embodiment of the present invention.

The specific embodiments are described below to illustrate the embodiments of the invention, but are not intended to limit the scope of the invention.

Please refer to FIG. 1 , which is a data exchange system for the convergence service of an embodiment of the present invention. Schematic diagram of the system 1. The foregoing system includes a software logic definition management module 10, a software molding module 11, a visual product service analysis management module 12, a virtual reality resource management module 13, an application interface self-learning production module 14, and a topology setting. Module 15. The software logic definition management module 10 described above performs dynamic process configuration on the connected modules. The aforementioned soft molding module 11 is connected to the software logic definition management module 10, and provides the modeling and modeling settings of the software model. The aforementioned visual product service analysis management module 12 is connected to the software logic definition management module 10, and provides the operation end of the operation to establish a delivery process path of the specified service to configure the service basic execution unit that provides the service. The aforementioned virtual and real resource management module 13 is connected to the software logic definition management module 10 to provide dynamic scheduling and assignment of virtual and physical servers. The aforementioned application interface self-learning production module 14 is connected to the software logic definition management module 10 and provides the service infrastructure execution unit of the application interface. The foregoing topology setting module 15 is connected to the software logic definition management module 10 to provide a network service device line topology configuration corresponding to the delivery process path.

In another embodiment, the foregoing system further includes a service behavior analysis prediction module 16 of the connection software logic definition management module 10, and the service behavior analysis prediction module 16 provides prediction and estimation of the specified service.

In another embodiment, the foregoing system further includes a learning management module 17 connected to the software logic definition management module 10, wherein the learning management module 17 stores context information, service track information, or service history information corresponding to the specified service. At least one.

In another embodiment, the software logic definition management module 10 of the foregoing system performs machine learning on the information in the learning management module 17 to optimize the configuration of the specified service.

In another embodiment, the foregoing system further includes a geometric vector encryption compression module 18 connected to the software logic definition management module 10, and the geometric vector encryption compression module 18 provides software logic. The definition management module 10 performs geometric vector encryption compression processing and transmission on the transmission data.

In another embodiment, the foregoing system wherein the software logic definition management module 10 monitors the packet transmission status on the request connection path of the delivery process path to generate required signaling, data or video stream, and configures virtual and real resources. The management module 13 specifies at least one adaptive virtual server resource and entity resource.

In another embodiment, the topology setting module 15 in the foregoing system is dynamically configured by scheduling rules to schedule device connection configurations in the telecommunications network. In another embodiment, the aforementioned system wherein the topology setting module 15 provides operation of a software-defined network. In another embodiment, the foregoing system further includes a media sensing module connected to the software logic definition management module 10 to provide a software logic definition management module 10 for performing network underlying media analysis judgment and sensing. In another embodiment, the designated service of the aforementioned system is a telecommunications supply service.

The software logic definition management module 10, the software molding module 11, the visual product service analysis management module 12, the virtual reality resource management module 13, the application interface self-learning production module 14, and the topology setting module 15. The service behavior analysis prediction module 16, the learning management module 17, and the geometric vector encryption compression module 18 are software modules, and can be implemented in a programming language such as C/C++, Java, JavaScript, Python, etc., and each The module data can be stored in the cloud database 2 to ensure data consistency.

The following invention is described in the field of use of telecommunications supply services, except in the field of operation. In order to effectively promote the development of large broadband convergence services and related services. The convergence service supply data exchange system 1 of the present invention provides an application interface (API) assembly service platform with flexible adjustment, so that the user can immediately grasp the exchange transmission end office, the core network, the access network, and the access network in the telecommunication network. The user terminal environment is built, and the client can perform various instant actions. According to the real-time information and parameter sets, the dynamic analysis and scheduling of the cluster service host group is carried out to provide basic service unit provision, assembly, and switch, centralized management of each customer service status to ensure service quality, and development of various types of multiple intelligent services. To benefit the target user group experience in different areas of the various levels, and to dynamically assign the appropriate bandwidth according to the user environment, to ensure the best service experience for the user, and to define the cloud virtual reality integration technology through the software logic. On Demand (elastic demand for installation) Construction deployment.

The invention adopts an API self-learning production module (for example, adopts various types of machine learning modules), and according to the location behavior of the user, the context-driven/data-driven product service and the terminal call the most suitable and appropriate sub-API production system. The function module uses collaboration to quickly complete multi-level heterogeneous module multi-level association and collaboration, learn production modules through APIs, and construct more and more complete sub-service units with knowledge of telecommunications domain, through standard, shared and reusable software. Define specifications to overcome obstacles, product time to market, and can be further applied to emerging areas of ICT/IOT such as banking and auto driving, and accelerate the delivery of end-to-end integration services.

In operation, the software logic definition management module 10 can improve, evolve, and improve the logic flow defined by the software, and connect and connect other related modules to complete product service analysis and assembly. The results of the multi-dimensional analysis are saved to the dimensional database, so that the multi-heterogeneous heterogeneous topic retrieval analysis and advanced are further applied to enhance the efficiency of business behavior, and the resources are accurately set in the subsequent business, network and service development. The software logic definition management module 10 further optimizes the improved model library through software definition modeling, modeling, and storage association, and cooperates with the complex telecommunication communication specifications in the first time production system, and smoothly converts into standard SOA/EAI/Restful/ Jason format. Improve the efficiency of multi-heterogeneous system operation and mutual cooperation, speed up the product attack speed, and greatly improve the old ones that are difficult to collaborate in the past. The specification, while reducing the hand shacking time of inter-system communication.

Please refer to FIG. 2 , which is a schematic diagram of a product service flow path according to an embodiment of the present invention. After a plurality of customers in different natures have requested the product service, the user uses the visual product service analysis management module 12 and its operation interface to establish a service delivery process path diagram as shown in the figure, and the path diagram contains one or Multiple logical process paths, each service station VASU1~VASU8 located on one or more virtual machines VM1~VM3 in the path can automatically generate combined services from the software service library, the software rule base, and the software learning library, and each service station VASU will Through the product catalog and service catalog groups, and using the cloud service API catalogue to select the standard specification APIs for serial connection, to complete the design of the product service process path.

The above operations are performed by the business core software module 101 running on the software logic definition management module 10. The business core software module 101 calls the visual product service analysis management module 12 to define, mold, and model the service basic execution units required to use the service base of each industry domain to perform unit service capabilities, and connect in parallel through active control links. The parallel sequential driving, the result is obtained through the asynchronous processing, and the execution result is transmitted to the business core software module 101, and the business core software module 101 performs the analysis and processing, and then controls various types of sub-service units through signaling, and establishes The sender and the receiver route the Session (wired dedicated channel), process the business logic of the product domain, and complete the one-stop product service path process assembly and installation.

Please refer to FIG. 3 , which is a tree-shaped multi-hierarchical analysis diagram generated by the foregoing embodiment. After multi-dimensional analysis of customer requirements, disassemble the demand centralized data and analyze the service sub-services of the sub-services and basic service units required by the specified service. , location and quantity, function, and IP location and geographic location. Then, by calculating the location and network path of various heterogeneous service hosts, the software logic definition management module 10 controls the call connection behavior to resolve the user environment location and request. Packet The content header and the detailed action of the protocol, monitoring the packet transmission status on the request connection path, filtering the protocol analysis table header content analysis execution request (request) service, and generating the required signaling, data, and video stream through the foregoing association The attribution is analyzed, and the virtual reality integrated resource management module 13 is used to specify at least one adaptive virtual server resource and entity resource hybrid (Hybrid) operation, which is responsible for continuously tracking the virtual private network. Then, Dynamic On Demand (elastic demand for provisioning) services the Tanet (tenant user) client, activates network component factor detection, and adjusts network quality capabilities.

In addition, the media perception module can sense the quality of the user's environment network, while monitoring the network bandwidth capacity, instantaneous traffic, and peak traffic, dynamically managing the connection behavior and geometric vector encryption compression mode through instant monitoring interaction. Group 18 controls the information bit rate and dynamically adjusts the API suitability.

Referring to FIG. 4, when the sink service provisioning data exchange system 1 of the present invention runs in a remote cloud IDC (data center) equipment room. When there are multiple heterogeneous service units located in different cloud IDC rooms, and the source demand is a network video and audio integrated streaming service, the converged service supply data exchange system 1 through the cloud product catalog, service catalog, API catalog, After the sub-service unit functional components required for content, streaming, interactive, broadband, transmission, and exchange services are completed, the data analysis can be dynamically performed, and the product service logic analysis can be used to dynamically establish the expansion service supply data. The dynamic label is associated with the group information, and the specification block for the product specification is produced, and the incrementally updated sequence is dynamically returned, and the assembly block is completed as a supply specification, and the situation and track and history are stored through the learning management module 17. The next time you encounter the same condition, the automatic call will bring out the applicable block model. And through the definition of all-software to enhance flexibility and scalability and reuse, dynamic hierarchical integration module to assemble product services, value-added services.

Convergence service supply data exchange system 1 can use environmental location and network status The detection result can switch between different devices and smoothly connect the heterogeneous streams, and use them through different types of terminals. The confluence service supply data exchange system 1 dynamically calculates the measurement station to the user network travel path endpoint nickname, connection and line through the automatic recurring supervision detection user terminal device, and uses software defined analysis (Software Defined Analysis). A collection of application interface pools (API Pools) for subsequent assembly links, through the heterogeneous API call to assemble each other's functions in tandem, stacking Atomic (single) services to form a Composite (composite combination) service, and then assembling More complex collections, continuous use of assembly links, these Atomic service deployments are implemented in a software-defined content-aware content-aware virtualization cluster server, which is based on real-time demand expansion and overlays at least one virtual resource server to improve operational computing burst ( Very short burst of time) performance.

In this case, product service requests from heterogeneous Internet environments of different user terminals from all sides are classified and related by class and attribute according to class and attribute. The homogeneous request is centralized and provided by a specific function virtual server group, and the product service analysis management module is translated into service and content. , network, quality, agreement, customer, barrier, connection address, connection device, connection level, connection level and other types of parameter rules, through virtualized resource dynamic scheduling and operational data analysis, calculate the connection The line request connection and the real-time status of the environment can further derive the estimated use condition, the behavior state, the behavior action, the use requirement, and then the request-directed request assignment unit and further establish and refine the learning library and the rule base.

The operation result synchronous feedback output is output to the software logic definition management module 10, and the topology setting module 15 dynamically schedules the exchange transmission intra-office room→measurement station→transmission device→transfer box->user building→total box→host through the scheduling rule Each end-point construction area is sequentially connected to the nickname, connection, and line, and is driven by the software to achieve the effect of load dispersion by the multiple routes formed. Software-defined modeling to improve the overall service quality and user-dependent virtual resources efficient separation, with the most streamlined and supported virtual resources to provide the service portfolio and service incremental pressure required in the follow-up service request life cycle to ensure the multi-use of customers Experience and instant QOS (Quality Assurance) and continuous multi-scenario-dependent seamless switching service, according to the user environment and device to achieve smooth device service conversion within the expected tolerance time range.

The confluence service supply data exchange system 1 further implements the problems of the sub-services and basic services in execution, automatically designs according to the content and establishes a problem processing pattern, and solves the problem by actively resolving the problem through repeated machine learning. Reduce the human intervention judgment, improve the real-time monitoring capability and intelligent judgment of the implementation stage of the convergence application, reduce the cost of the OPEX (operation cost) required for the maintenance of the product line, and provide the convergence application of artificial intelligence. As the problem processing mode is established more and more accurate and accurate, the scope of automatic processing is also getting larger and larger, and the accuracy will be greatly improved. The intelligent automation is firstly used to solve the problem. As the model is built more and more complete, the intelligent operation helps significantly. The present invention manages events by driving events and control events. In order to achieve all the process problems, the software definition modeling and modeling analysis automatically solves the goal of self-discovery and self-solving immediately, and greatly reduces the cost of personnel input required for the analysis and diagnosis of personnel intervention.

When there is a more suitable API production system, the updated sub-service basic execution unit is established, or the value-added service basic execution unit performs functional modification, or the market is only in response to market demand or customer demand or planned function enhancement, the use terminal only The sub-service basic execution unit needs to be registered, and the interaction to the collaboration interface and the visual product service analysis management module 12 are required to correspond to the relationship.

The detailed description above is a detailed description of one of the possible embodiments of the present invention, which is not intended to limit the scope of the invention, which is not Equivalent implementations or changes shall be included in the scope of the patent in this case.

1‧‧‧Confluence Service Supply Data Exchange System

10‧‧‧Software Logic Definition Management Module

101‧‧‧Business Core Software Module

11‧‧‧Soft Molding Module

12‧‧‧Visual Product Service Analysis Management Module

13‧‧‧Virtual and real integrated resource management module

14‧‧‧Application Interface Self-learning Production Module

15‧‧‧Topology Setting Module

16‧‧‧Service Behavior Analysis and Prediction Module

17‧‧‧Learning Management Module

18‧‧‧Geometry Vector Encryption Compression Module

2‧‧‧Cloud database

Claims (10)

A confluence service supply data exchange system includes: a software logic definition management module, and a specified service corresponding to a product service requirement is established in a plurality of modules connected to the software logic definition management module according to a logic flow defined by a software a process flow path, and the software logic definition management module uses the delivery process path of the specified service to dynamically configure the plurality of modules, wherein the plurality of modules comprise; a software molding module, connecting the software The logic defines the management module, and provides the modeling and modeling settings of the software model; the visual product service analysis management module, connects the software logic definition management module, and provides the operation end of the operation to establish the delivery process of the specified service. The path is configured to provide a service-based service execution unit; the virtual and real resource management module is connected to the software logic definition management module to provide dynamic scheduling and assignment of virtual and physical servers; the application interface self-learning production module, and the connection The software logic defines a management module that provides the service base of the application interface The production system execution unit; and a topology setting module connected to the logic definition management software module, provides the delivery flow paths corresponding to the designated service facilities of the network service line topology build. The service provider data exchange system of claim 1 further includes a service behavior analysis and prediction module connected to the software logic definition management module, wherein the service behavior analysis prediction module provides prediction and estimation of the specified service. . The sink service serving data exchange system as described in claim 2 further includes connecting the software logic The learning management module of the management module is defined, wherein the learning management module stores at least one of context information, service track information, or service history information corresponding to the specified service. The sink service serving data exchange system according to claim 1 or 3, wherein the software logic definition management module performs machine learning on the information in the learning management module connected to the software logic definition management module to optimize The configuration of the specified service. The convergence service supply data exchange system according to claim 4, further comprising a geometric vector encryption compression module connected to the software logic definition management module, wherein the geometric vector encryption compression module provides the software logic definition management module to transmit The data is subjected to geometric vector encryption compression processing and transmission. The sink service provisioning data exchange system of claim 1, wherein the software logic definition management module monitors a packet transmission status on a request connection path of the delivery flow path to generate a required signaling, data or video string. Streaming, and configuring the virtual and real resource management module to specify at least one adaptive virtual server resource and entity resource. The sink service serving data exchange system according to claim 1, wherein the topology setting module is dynamically configured by a scheduling rule to schedule a device connection configuration in the telecommunication network. The sink service as described in claim 7 is provided with a data exchange system, wherein the topology setting module provides a software definition network operation. The sink service provisioning data exchange system according to claim 1 further includes a media sensing module connected to the software logic definition management module to provide the software logic definition management module for network bottom medium analysis judgment and perception. The sink service provisioning data exchange system of claim 1, wherein the designated service is a telecommunications supply service.