34 results about "Service catalog" patented technology

An AI-based application uses AI models to expeditiously identify a product or service most relevant to an issue input to the application instead of a user navigating a platform or catalogue of products / services. The application prompts a first language model to convert the input description into a structured description of the issue. The application then, for each product / service category, prompts a second language model to identify a product / service most relevant to the structured description within each product / service category. The application then returns an identification of a product / service determined to be most relevant to the issue as represented by the structured description, confidence in the identification, and a reason the product / service was identified.

A method includes receiving a unilateral relationship between a first service specification and a second service specification; receiving a complimentary relationship between the second service specification and the first service specification; storing each relationship in a relationship table included in a service catalog; receiving a payload corresponding to the first service specification, where the payload includes a service specification relationship with the second service specification; verifying the service specification relationship in the payload correlates with the unilateral relationship stored in the relationship table; in response to the service specification relationship in the payload correlating with the unilateral relationship stored in the relationship table, verifying whether the complimentary relationship exists in the relationship table; and in response to the complimentary relationship existing in the relationship table, updating automatically a service corresponding to the second service specification with a service specification relationship with the first service specification.

Described herein are techniques for analyzing assisted service requests received so that the service provider can identify new services to create for purposes of enriching the service catalog. The assisted service requests can be analyzed and organized into a plurality of clusters based on similarity. The service provider may review the clusters when deciding which new service requests to create for the service catalog. In one example, clusters containing more assisted service requests may be prioritized over clusters containing fewer assisted service requests since the newly created service request would be able to service a larger number of customer requests.

This invention discloses a method for blockchain-based regional service integration, belonging to the field of blockchain cross-regional collaborative service technology. Addressing the problems of data silos, low reliability of centralized evidence storage, high privacy risks, and high costs associated with multi-regional integration in existing cross-regional service integration methods, this invention establishes a multi-regional permissioned consortium blockchain. Each region deploys independent nodes and retains its local original data, only uploading service metadata and business hash values ​​to the blockchain to generate a unified service directory. Asymmetric encryption enables hierarchical cross-domain access authorization, and smart contracts facilitate the reliable verification of material hashes, automatically transferring cross-regional business and storing evidence on the blockchain throughout the entire process. New regions only need to deploy nodes and upload service hashes to connect, without modifying existing systems. This solution ensures data remains within its domain, is tamper-proof and traceable, and is suitable for scenarios such as cross-regional government joint processing, industry supply and demand matching, and remote collaborative supervision, effectively reducing integration costs and improving the efficiency of cross-regional service processing.

The invention provides a deployment mode switching method and device, equipment, a medium and a program product, relates to the technical field of computers, and can solve the problem of insufficient flexibility of an overall deployment architecture. According to the technical scheme, when a service application is started, metadata information of all services in a configuration file is analyzed, and all the services are registered to a service directory; receiving a service request of a client through the data operation service; judging a deployment mode identifier of the service application; if the mode is a distributed deployment mode, acquiring an address of a customer transaction service corresponding to the unique identifier of the target service from a service directory through a data operation service, and calling a remote customer transaction service based on the address; if the mode is the single deployment mode, corresponding service metadata information is acquired locally through the data operation service according to the unique identifier of the target service, and the business process of the local customer transaction service is executed based on the service metadata information. And a process for deploying and calling services.

The invention provides an MCP gateway system, a communication processing method and an electronic device, the system is deployed between a client and a plurality of service nodes, and the system comprises a protocol analysis module for receiving an MCP call request of the client and analyzing the MCP call request into a preset data structure; the MCP adapter module is used for converting an external service interface into a virtual service interface and registering the virtual service interface as an available virtual service node to a service directory; and calling a routing module, and forwarding the preset data structure to the corresponding service node or the virtual service node according to the service identification information in the preset data structure and the metadata of the service node. According to the system, multiple transmission protocol requests are uniformly processed through the protocol analysis module, external services are integrated through the MCP adapter module, intelligent forwarding is carried out by calling the routing module, and the integration complexity of the system is reduced.

The invention provides a proxy registration and service calling method, a machine room network and electronic equipment, and relates to the technical field of service registration, and the method comprises the steps: when a service business of a machine room is started, forwarding a registration request to a registration center through a load balancer, and registering the service business through the registration center according to the registration request, registration information of the service business is obtained; sending the registration information to load balancers of other machine rooms through a cross-machine-room synchronization channel so as to synchronize the registration information to a global service directory of a machine room network; and when the machine room carries out service calling, obtaining a service calling request through the load balancer, determining the service instance and a calling path corresponding to the service instance according to the service calling request in combination with the registration information in the global service directory, and calling the service instance along the calling path through the load balancer. According to the invention, efficient synchronization of service registration and optimization of service calling are realized through the load balancer, and the stability of service registration calling of multiple machine rooms is improved.

The application discloses a kind of based on electronic miscellaneous charges single service item's apportionment settlement method and device, wherein the method includes: obtaining electronic miscellaneous charges single data;The electronic miscellaneous charges single data includes total amount, one or more service item tickets, each service item ticket includes service description field, amount;Service description field is carried out semantic analysis, and the structured semantic label of each service item is obtained;Structured semantic label includes service type;Structured semantic label is used in the service directory knowledge graph constructed in advance in search, and the service provider type and cost attribute of each service item are determined;The cost attribute reflects profit and loss;When service provider type exists different multiple, the total amount is apportioned to each service item ticket in combination with the amount of all service item tickets.This application can improve the accuracy of service responsibility subject attribution determination, improve the efficiency and accuracy of electronic miscellaneous charges single apportionment processing.

Described herein are techniques for processing cloud service requests. Cloud service providers may allow users to submit service requests to perform functions on the cloud. Most service requests may be based on service request templates available in a service catalog. However, users may be unable to find what they would like to do in the service catalog and therefore may submit an assisted service request that includes text description of what the user is trying to do. These assisted service requests may be analyzed and recommended service request templates may be provided from the service catalog.

A plurality of concepts is identified from utterances of a user of a service using a set of machine learning models. The plurality of concepts includes a primary concept representing an offering included in a catalog of the service, and a non-primary concept which provides additional information about the offering. A logical relationship is inferred among a pair of concepts using the set of machine learning models. A service order for the service is populated based at least in part on the relationship.

The application discloses a CPMPS manufacturing resource service reconstruction method and system based on reconstruction opportunity driving, which is applied to the technical field of intelligent manufacturing, and the method comprises the following steps: encapsulating manufacturing resources into a modular manufacturing resource service catalog; determining an optimal reconstruction time point of a modular production system by using a reconstruction opportunity triggering strategy; performing manufacturing resource service matching on the modular production system based on the manufacturing resource service catalog and the optimal reconstruction time point, so as to obtain a plurality of reconstruction schemes; and selecting an optimal reconstruction scheme from the plurality of reconstruction schemes, and implementing and simulating and verifying the optimal reconstruction scheme.

The application discloses a method and system for querying rpm package version and path in a yum source, relates to the field of operating systems in IT and software development, and comprises the following steps: determining the root directory of the Yum source, acquiring the same directory as the Yum source path in the local source, writing the query result into a file A, and cutting out the Yum source path and storing the same into a file B; acquiring the information of all package names based on the file A and storing the same into a file C as key information during the query; acquiring the complete version information of all packages based on the file A and storing the same into a file D, wherein the version information is composed of epoch and version-release; according to the stored information, splicing and formatting into a JSON file in the form of 'package name-version-path'; periodically detecting and updating the JSON file and synchronizing to the corresponding service directory. The package management system based on the Yum source has the characteristics of data accuracy, real-time updating and user friendliness, and can provide basic service capabilities for users to improve the Yum source and Linux distribution provider by using the own data and advantages.

The application discloses a kind of construction method, device and related medium of station electromechanical equipment thing model, the method includes to original equipment list is classified to multilevel, and the commonality of each equipment type is abstracted Process, obtain equipment type thing model base table;According to the equipment type thing model base table definition data type, obtain type constraint set;Attribute normalization definition is carried out to the type constraint set, and the attribute specification set of programmable call is generated;Service cataloging is carried out using the attribute specification set to determine service parameter, and service specification set is generated;The event specification set is generated by event type division to the service specification set, and the event specification set is encapsulated as station electromechanical equipment thing model.The application is divided into event specification set by event type division to the service specification set generated by calculation, and then the event specification set is encapsulated as station electromechanical equipment thing model, in this way, the expandability of internet of things platform is improved.

The application relates to the technical field of big data, and particularly discloses a service preheating method and device, computer equipment and a readable storage medium. The method comprises the following steps: after a service instance is started, a service directory registration request of the service instance is intercepted through an aspect, it is judged whether the service directory registration request is a first request, in the case that the service directory registration request is the first request, the traffic weight of the service instance is configured as a first weight, and a timing preheating task is started, in the case that the running time length of the timing preheating task reaches a preset preheating time length threshold, the registration state of the service instance is reset to an unregistered state, so that the service directory registration of the service instance is initiated again, the service directory registration request of the service instance is intercepted again through the aspect, the traffic weight of the service instance is configured as a second weight, and the second weight is higher than the first weight. The method can improve the reliability of the service.

1. The name of the design product: the graphic user interface of the research and development operation management platform of electronic equipment. 2. The use of the design product: for displaying the graphic user interface, the electronic equipment is used for mobile phones, computers, and tablet computers. 3. The design points of the design product: the content of the graphic user interface. 4. The picture or photo that best indicates the design points: the front view. 5. The rear view, left view, right view, top view, and bottom view are omitted, and the hardware design part is omitted, which does not involve the design points. 6. The use of the graphic user interface: the front view is the interface for starting login; in the main view interface, input "account number" and "password", click the "verification code" button, click the "login" button to enter the interface change state diagram 1, the entire interface of the interface change state diagram 1 is divided into two areas (the left side of the interface is the navigation bar area, and the right side is the content area); in the interface change state diagram 1, click the "service directory" button, and then click the "product management" button to enter the interface change state diagram 2.

Creation and deployment of services can include receiving a service request that identifies intended functionality of the service; accessing a service catalog that defines service components including microservices and metadata that defines purposes of the service components; recommending, based on the intended functionality and the metadata, a service design for the service including a first service component and a second service component; configuring the service components to define outputs and inputs for the first service component and the second service component; identifying, for the service components, infrastructure that is to support the service components and a geographic location of the infrastructure; configuring, for the service components, security policies including one of a firewall, a filter list, or an authentication requirement; preparing the service components for deployment to the infrastructure; and triggering deployment of the service components to the infrastructure to deploy the service.

Technologies for collecting and presenting telemetry data, including first tier data and second tier data, associated with one or more sources in a singular comprehensive view using a data catalog and a service catalog of a data management platform are described. One method collects telemetry data from a plurality of different data sources in different network domains in a cellular network, and stores the telemetry data in an object store. The method uses a crawler to generate a data catalog from the telemetry data stored in the object store by automatically discovering, indexing, and cataloging the first tier data and the second tier data from the plurality of different data sources in the different network domains. The method presents a graphical user interface (GUI) with real-time updates of geospatial information for at least one of the first tier data or the second tier data in the singular comprehensive view.

Creation and deployment of services can include receiving a service request that identifies intended functionality of the service; accessing a service catalog that defines service components including microservices and metadata that defines purposes of the service components; recommending, based on the intended functionality and the metadata, a service design for the service including a first service component and a second service component; configuring the service components to define outputs and inputs for the first service component and the second service component; identifying, for the service components, infrastructure that is to support the service components and a geographic location of the infrastructure; configuring, for the service components, security policies including one of a firewall, a filter list, or an authentication requirement; preparing the service components for deployment to the infrastructure; and triggering deployment of the service components to the infrastructure to deploy the service.

A method and a system for automatically deploying a low-code no-code model are disclosed. The method includes receiving an input in at least one format. The method includes analyzing, using a trained model, the input to generate at least one recommendation. The method includes selecting at least one service from the service catalog database based on the generated at least one recommendation. The method includes generating an infrastructure script for the selected at least one service using an Infrastructure as Code (IAC) catalog database having a plurality of pre-defined IAC scripts. The method includes generating an application script for the generated infrastructure script using a code catalog database having a plurality of application scripts. The method includes generating an application code for deployment based on an integration of the selected at least one service and the generated application script.

The application discloses a service management component parameter configuration device and method, which can be used in the technical field of cloud computing, and comprises the following: a configuration management visual front end, which is used for outputting a service directory based on a transaction code after receiving a parameter configuration request; receiving a transaction code selected from the service directory based on the transaction code, and outputting a parameter configuration interface corresponding to the transaction code; receiving configuration parameters corresponding to the transaction code input by a user on the parameter configuration interface; a configuration management service end, which is used for encapsulating the configuration parameters corresponding to the transaction code into a request and pushing the request to a business application end; and the business application end, which is used for analyzing the request after receiving the request, obtaining configuration parameters corresponding to a transaction code, and updating a service management component of the business application end according to the configuration parameters. The application can realize visual configuration management of each service management component in a micro-service architecture in a financial business scenario, and can take effect in real time.

The invention provides an Internet of Things-oriented multi-fragment cooperation method, which comprises the following steps of: S1, constructing a dynamic reputation evaluation model, registering an Internet of Things node, performing performance and behavior evaluation on the node to generate a dynamically updated reputation value, and recording node identity information through chain registration; s2, double-layer gateway nodes are selected based on the reputation value, the double-layer gateway nodes comprise an on-chip gateway node and a global gateway node, the on-chip gateway node serves as a fragment communication hub, and the global gateway node coordinates a cross-fragment request; s3, constructing a layered service directory and realizing cross-fragment service calling, maintaining a local service directory by an on-chip gateway node, maintaining a global service directory by a global gateway node, and positioning and routing a service request through the directory; and S4, verifying a cross-fragment service execution result by adopting a consensus mechanism, and returning the result through the gateway node.

The application provides an integrated system and method for shelter computing, receives an adaptation plug-in provided by an external function module, the adaptation plug-in encapsulates private interaction logic of the external function module, loads and runs the adaptation plug-in in an isolated running environment, and instantiates the external function module into one or more standardized services, wherein the standardized service provides calling support for a predefined standard application program interface, and the unified and standardized access to heterogeneous external function modules is realized, various private interfaces and protocols are converted into standard interfaces recognizable in the integrated system, and the interface fragmentation problem is solved. Then, the standardized service is registered in a service directory, and in response to a calling request of other services to the standardized service, data is transmitted between the standardized service and the other services based on the service directory and through at least one standardized inter-service communication protocol. Through the unified communication protocol, the service cooperation problem is solved.

The invention relates to the technical field of Linux system operation and maintenance, in particular to a Linux system service configuration automatic generation system and method, and the system comprises an interaction module which is used for receiving service configuration parameters inputted by a user; the configuration generation module is used for generating a configuration file conforming to a system service management specification according to the version information of the Linux system and the service configuration parameters; the registration and effectiveness module is used for storing the generated configuration file to a predefined service directory of the Linux system and automatically executing a system command sequence to complete service registration and effectiveness; and the verification feedback module is used for carrying out grammar legality check on the generated configuration file, carrying out multi-level check on the service starting state and generating feedback information containing a check result. Therefore, according to the method capable of automatically generating the service configuration file meeting the systemd specification, the configuration threshold is reduced, the configuration accuracy and the deployment efficiency are improved, and the high-frequency and high-reliability service configuration requirements under special scenes such as a transformer substation monitoring system are met.

An example operation may include a method comprising one or more of constructing a VNF package that includes at least one of a VNFD with one or more VNFC module descriptors or one or more VNFC module artifacts, generating a VNF package archive, receiving the VNF package archive containing the VNF package, processing a manifest file in the VNF package archive, onboarding one or more traditional VNF package components including a VNFD file and at least one software artifact, onboarding one or more independently manageable VNFC software module components in the VNF package, and enabling a VNF in a service catalog.

In an example embodiment, multiple service requests are bundled into a single bundle via the vertical bundling of the service requests. This involves modularizing the services into subcomponents, identifying common processes and identifying the modularized processes that can run in parallel, then ranking the modularized processes to create an execution plan that minimizes downtime and also schedules downtime in a single contiguous block. The execution plan represents an optimized executable sequence that can contain both related and non-related services in a single bundle for fulfillment. It also represents a blueprint of services requested by the user from a service catalog.

The invention discloses a switch lightweight process management method, device and equipment and a storage medium, and relates to the technical field of system process management, and the method comprises the steps: obtaining an application process service directory of at least one application process; determining a corresponding to-be-monitored application process based on the application process service directory; detecting a life cycle of the to-be-monitored application process and an abnormal exit frequency in a predetermined time window, and determining detection process event information and abnormal detection process event information; and generating corresponding process record information based on the detection process event information and the abnormal detection process event information, and completing the lightweight process management of the switch based on the process record information. According to the method, the corresponding process record information is generated by monitoring the life cycle and the abnormal exit frequency of the application process, lightweight process management is achieved, system resources are saved through intelligent frequency control, standardized log recording is carried out, and the overall stability of the system is remarkably improved.

A service image differential update system and method based on edge weak network environments, belonging to the field of software update and edge computing technology, is characterized by: including a cloud server and an edge node; the cloud server is equipped with a differential code generation module; the edge node is equipped with a local compilation environment image library, an image packaging tool engine, a service build project management module, an image repository submission module, a container scheduling and update module, and a service catalog synchronization module; only differential code is transmitted, which can greatly reduce update traffic and effectively reduce image size; it utilizes existing local basic components to avoid repeated packaging and significantly reduce image size; it supports breakpoint resume and cache collaboration, which significantly improves the update success rate; it supports rolling updates and automatic rollback to ensure service continuity; it supports local building in multiple languages ​​and can flexibly adapt to multiple languages; it is suitable for large-scale edge deployment and can coordinate update tasks among tens of thousands of edge nodes.

This invention discloses an industrial intelligent agent system, including an intelligent decision-making platform, an equipment service bus, an application service bus, and an open service bus. The equipment service bus integrates real-time data from the production site in the OT domain; the open service bus integrates external enterprise information; and the application service bus integrates management data from the enterprise IT domain. These, along with the real-time production site data integrated by the equipment service bus and the external enterprise information integrated by the open service bus, are provided to the intelligent decision-making platform as services. The application service bus also provides a service catalog to the intelligent decision-making platform. The intelligent decision-making platform includes a core processing unit, a general-purpose model, and a local knowledge base. The core processing unit processes task requirements from input information and generates corresponding responses by calling the services provided by the general-purpose model, the local knowledge base, the application service bus, and integrated functional components. This invention can provide strong support for the intelligent transformation of the manufacturing industry.

A plurality of concepts is identified from utterances of a user of a service using a set of machine learning models. The plurality of concepts includes a primary concept representing an offering included in a catalog of the service, and a non-primary concept which provides additional information about the offering. A logical relationship is inferred among a pair of concepts using the set of machine learning models. A service order for the service is populated based at least in part on the relationship.

Embodiments described herein generally relate to systems and methods for providing a cloud environment for use by tenants of a cloud infrastructure environment in accessing software products, services, or other provisioning items associated with the environment, including methods for defining and enforcing service control policies for services and service features. In accordance with an embodiment, the system includes a service control repository or service directory that provides definitions of services and service features along with service control policies or rules that define availability or access to the service features. A service control policy framework including a feature management service determines which different entities can control availability of a particular service or service feature to an end user by referring to a hierarchy of entities defining service control policies.