50 results about "Service implementation" patented technology

The present disclosure provides a service implementation method and device based on a heterogeneous service framework, equipment and medium, wherein the application service implementation method based on the heterogeneous service framework comprises: accessing a probe on an application side, and adding a configuration file of the probe in a start script on the application side, the configuration file being pre-provided with an address of an application service of a data plane of the heterogeneous service framework, and the probe performing data interaction with the data plane based on the address of the application service. Through the embodiments of the present disclosure, the underlying code logic of the registration, discovery, calling, routing, flow control and the like of a plurality of service providers and consumers can be dynamically modified and reset to a unified implementation architecture, thereby achieving unified management of the heterogeneous service framework in a fully automated manner without invasion of the application development party, without introducing any new potential fault nodes, and improving the reliability and fusion of the heterogeneous service framework.

The invention discloses an implementation method and device of an early media service and a network side node, and belongs to the technical field of communication, and the implementation method of the early media service in the embodiment of the invention comprises the steps that a first network node executes at least one of a first operation and a second operation based on first information under the condition that the first information is received; the first information is used for indicating early media; the first operation comprises at least one of the following items: selecting or determining a target access gateway; stopping indicating the terrestrial access gateway to release the resources related to the first media; the second operation comprises any one of a third operation and a fourth operation; the third operation comprises: stopping selecting or determining the on-satellite access gateway as a target access gateway; the fourth operation comprises at least one of the following items: selecting or determining an on-satellite access gateway as a target access gateway; and indicating the on-satellite access gateway to execute at least one of the following: reserving or allocating resources related to the second media, and configuring the resources related to the second media.

The embodiment of the invention discloses a service evaluation method and device and electronic equipment. The method comprises the following steps: determining a first analog terminal and a second analog terminal which are used for simulating a call, and obtaining a target service identifier corresponding to a target service requested to be started by the first analog terminal in a simulated call connection process by establishing a simulated call connection between the first analog terminal and the second analog terminal, an actual service result corresponding to the target service identifier is generated for a second simulation terminal in the simulation call connection process; and determining an expected service result corresponding to the target service identifier, and evaluating the target service based on the expected service result and the actual service result to obtain an evaluation result corresponding to the target service. Therefore, the target service is automatically evaluated by simulating the call, the evaluation accuracy can be improved, and the success rate of service implementation can be improved by using the evaluated target service during the real call, so that the accuracy of service implementation is effectively guaranteed.

The invention provides a tunnel network differential service implementation method and device and network equipment, aiming at an IP message entering a tunnel network from a user network, an incoming node on the tunnel network in an incoming direction searches a data association table based on the IP message to obtain a configuration parameter; and under the condition that the configuration parameter represents that the differential service mode of the tunnel network is a pipeline mode or a short pipeline mode, querying an editing table based on the IP message to obtain EXP distribution information. And determining the internal priority of the IP message based on the EXP allocation information, and performing scheduling processing on the IP message based on the internal priority of the IP message in the tunnel network. According to the scheme, in the pipeline mode or the short pipeline mode, the internal priority can be obtained based on the EXP allocation information configured in the exit direction of the incoming node, so that queue scheduling on the node is influenced by the EXP allocation information on the node, and the priority management requirement of a user on the node is met.

The invention provides an automatic implementation platform and an automatic implementation method based on an ERP system, and relates to the technical field of system integration, and the platform comprises an information collection module which is configured to respond to a service implementation request of a service request object, and receive at least one target service of the service implementation request and service parameter information of each target service; and a service configuration module configured to receive service coding data generated after the data coding system codes the service parameter information of each target service, and perform service configuration on each target service based on the service coding data of each target service and a configuration rule corresponding to each target service through an ERP system, generating service configuration information of each target service; and the service deployment module is configured to deploy each target service to a specified production system based on the service configuration information of each target service. According to the invention, the automation implementation efficiency based on the ERP system is effectively improved.

Implement measures in areas where they would be most effective if implemented. [Solution] A prediction device accepts the designation of a specific region where a measure related to the provision of a service will be implemented, identifies a precedent region where the measure has been implemented in the past, and predicts whether potential member users in the specific region who have not yet used the service will use the service after the measure has been implemented. Regional similarity, which is the degree of similarity between the precedent region and the specific region, and user similarity between member users in the precedent region who had not used the service before the measure was implemented and member users in the specific region, are input into a machine learning model to predict whether or not the service will be used. The machine learning model is trained by using as training data data correlating the number and usage rate of the service in the precedent region with the regional similarity between the precedent region and past regions where measures were implemented before the precedent region, and the user similarity between member users in the past region and the precedent region.

The invention provides a shared network awareness method and device, electronic equipment and a storage medium, and relates to the field of communication. The method comprises the steps of determining a target sensing mode corresponding to an application scene based on the application scene of a target sensing task; based on the target sensing mode, identifying whether a base station in a sensing area of the target sensing task and / or a terminal signed by the first operator can be used as sensing equipment for executing the target sensing task; and under the condition that existence of the sensing equipment is identified, a first message is issued to the sensing equipment, and the first message is used for indicating execution of the target sensing task. According to the method and the device, the requirement of the sensing service can be fully considered, the sensing service implementation process in the shared network architecture can be clarified, the identified sensing equipment can be ensured to perform the subsequent sensing service, the safe and effective execution of the sensing service is ensured, and the resource waste caused by improper equipment selection is avoided.

The invention relates to the technical field of network communication, and discloses a cross-domain trusted flexible Internet access service implementation method and system, and the method comprises the steps: transmitting an identity statement to a local network domain through an access device, so as to build a temporary trust relationship, and obtaining a temporary access credential; the problem of initial trust establishment in an unfamiliar network domain without a preset trust basis is solved. On this basis, the access device generates a structured description according to a task demand and an operation strategy, performs multi-round negotiation with a local network domain, and finally establishes a temporary service protocol within an acceptable range of both parties by identifying the difference between the service demand and the operation strategy and generating an alternative service proposal.

A method for implementing a callback service based on a capability open architecture includes: a third-party application device initiating a service call to a capability open platform, triggering a callback service; the capability open platform caching callback information from the service call and instructing a voice capability platform to continue executing the service process; when a user calls back the caller ID number, the voice capability platform sends a call event notification to the capability open platform, the call event notification containing the calling and called numbers extracted from the user's call; the capability open platform checks whether there exists a callback information where the called number and the caller ID number are the extracted calling and called numbers respectively; if so, it instructs the voice capability platform to execute the service process according to the callback information; if not, it reads the callback mode of the extracted called number and instructs the voice capability platform to execute the playback process. This invention belongs to the field of communications and can provide callback functionality for services such as voice notifications or click-to-dial, solving the technical problem that the called number cannot be connected when the called party calls back the caller ID number.

The invention discloses an automatic generation method and device of a controller layer and a processor. The APT generator obtains a complete service layer based on a predefined compiling specification, the service layer comprises a plurality of service implementation classes with service declaration annotations, and each implementation class comprises one or more service methods. Scanning all the service implementation classes marked with the annotations to obtain a to-be-converted implementation class; and on the basis of the target classes and the corresponding methods thereof, a plurality of controller implementation classes are automatically generated, and a corresponding REST controller annotation is added to each controller class. And each controller is used for realizing a class. And finally, all the controller implementation classes with the REST annotations are integrated and packaged. Therefore, the problems of large coding workload and possible nonstandardization or omission in the manual writing process are avoided.

The invention discloses a data processing method and device, a storage system and a storage medium. The method comprises the following steps: in a process of performing data recovery processing on a target data disk, in response to a service request for the target data disk, adding edited data requested to be edited by the service request into a service implicit snapshot; and in response to completion of the data recovery processing, editing the data in the target data disk based on the editing data included in the business implicit snapshot. According to the method provided by the invention, in the data recovery processing process, the service does not need to be shut down, so that the situations that the service cannot be realized due to the fact that the service request cannot be received when the service is shut down and the service request realization efficiency is low due to the fact that the service request cannot be received after the data recovery processing is completed are avoided; and the service implementation yield and the service implementation efficiency are improved.

The embodiment of the invention provides a service calling method, an application program, a storage medium and a program product. The method is applied to an application program comprising a business layer and a multi-layer service architecture. A business layer of the multi-layer service architecture comprises business realization logics which are respectively corresponding to a plurality of business domains and are used for realizing business functions; the service agent layer is used for providing agent instances of a plurality of service functions defined by the service interface layer; the service implementation layer comprises service implementation logic of a plurality of service functions; responding to the business processing request by using a business layer, determining and executing a target business implementation logic, and in the execution process, determining a business domain of a required target service function and a target service function identifier; and determining a target agent instance corresponding to the target service function identifier and the service domain by using the service agent layer, and executing a target service implementation logic corresponding to the target service function by using the service implementation layer through the target agent instance. According to the scheme of the embodiment of the invention, the stability and safety of the service calling process can be improved.

The embodiment of the invention provides an input method, electronic equipment and a computer readable storage medium. According to the method, in a text editing scene, after the electronic equipment determines text content input by a user, the electronic equipment can recognize the intention of the user based on the text content, and then the electronic equipment can provide corresponding services for the user based on the intention recognition result. By implementing the technical scheme provided by the invention, the electronic equipment can perceive the user demand when the user edits the text, so that the corresponding service is quickly provided for the user, and the use experience of the user is improved.

The application provides a cross-model service adaptation method and a vehicle, wherein the method is applied to a target vehicle, a service abstraction layer and a dynamic scheduling layer are deployed in the target vehicle, and the method comprises the following steps: the dynamic scheduling layer obtains a task identifier of a current request task and a vehicle model identifier of the target vehicle based on a first service interface in the service abstraction layer; the dynamic scheduling layer obtains a service implementation class corresponding to the current request task according to the vehicle model identifier of the target vehicle and the task identifier of the current request task; the dynamic scheduling layer converts the current request task into a target request task matched with the target vehicle according to a communication protocol type defined in the service implementation class, and sends a control instruction to at least one hardware according to the target request task. The application shields the hardware differences of different vehicle models, improves the compatibility of the scheme, improves the code reuse rate, and avoids the redundancy of repeated development of different vehicle models.

Implementations set forth herein relate to providing suggestions for application services using tree data structures provided by various application sources. A native data structure, created by an assistant application or other related application, can be present in a local memory and, depending on the status of this native data structure, can be utilized to generate deep links to be rendered within the search interface. Selection of a particular deep link can initialize particular operations and / or routines at one or more client or remote applications. When the native structure is unavailable, or does not satisfy certain criteria, other actions can be initiated for fetching data from remote sources or utilizing other locally available application data structures. In some implementations, graphical user interface elements indicating operation statuses can be rendered based on the available data structure(s), thereby aiding in selecting certain services across multiple applications.

A computing service implementation method and an apparatus. The method includes: a first radio access network (RAN) device obtains computing capability information of a first communication device; the first RAN device sends a first request to the first communication device, where the first request is for requesting the first communication device to perform a computing service of the first RAN device; the first RAN device receives a first response from the first communication device, where the first response indicates the computing service that is of the first RAN device and that is admitted by the first communication device; and the first RAN device exchanges, with the first communication device, data of the computing service that is of the first RAN device and that is admitted by the first communication device.

This application proposes a method and related apparatus for implementing window services, relating to the field of software technology. The method includes: upon triggering a target function of a target window service, determining a target general interface in an adapter module corresponding to the target function; wherein the adapter module includes at least one general interface, which is an interface abstracted from a target-class window management interface in the operating system, and the target-class window management interface has differences in the target window service across different versions of the operating system; and implementing the target function by calling the corresponding target window management interface in the current operating system version through the target general interface. The technical solution provided by this application can solve the problem in the prior art where window service program code needs to be adapted for different versions of the operating system.

The invention provides an automatic driving control system and a control method thereof. The system comprises a calling interface for abstracting an external service function through a service interface set, a service implementation module provides a multi-platform adaptation instance, and a service locator module dynamically binds the adaptation instance, an interface and a platform type, so that an automatic driving service module is implemented only by depending on a virtual interface instead of a specific platform. And decoupling of the business logic and the platform service is effectively realized.

The invention relates to a method for realizing micro service in an embedded system, and belongs to the technical field of embedded development. Compared with the existing embedded system micro-service implementation method, the embedded system micro-service implementation method provided by the invention has the advantages that the bus is established between the data processing layer and the business layer, and the bus is defined by adopting a structured data class object; namely, the bus adopts the structured data of the class object as a data source, and the bus adopts the structured data class object for definition, so that the data interaction between the data processing center and the business modules and between the business modules can be realized through the defined bus. According to the method, the bus defined by the structured data class object is used for realizing data interaction between the data processing center and the business modules and between the business modules, so that the problem that in the prior art, an interface function needs to be repeatedly established to realize data interaction between the business modules is effectively solved, and panoramic data query can be provided.

The embodiment of the invention provides a plug-in-based data micro-service implementation method, system and device and a medium, and the method comprises the steps that a routing management module loads an HTTP parser and a wrapper which are arranged in different objects, and creates a routing management object comprising plug-in routing registration and management functions; the plug-in management module downloads the plug-in into a C + + dynamic library from a corresponding directory, searches and calls a plug-in export function in the C + + dynamic library, and obtains an instantiated plug-in object; the plug-in management module registers a plug-in route in the route management module; responding to the monitored request, and sending the request to a routing management module; determining a target plug-in route corresponding to the request according to a mapping relationship between the request and the plug-in route; and accessing the target plug-in through the target plug-in route, running the data service in the target plug-in to obtain the target data, packaging the target data into a response corresponding to the request, and sending the response to the corresponding client. The invention aims to reduce the coupling degree between service components and improve the maintainability and expandability of a program.

This application discloses a core network disaster recovery and failover assessment method, apparatus, and electronic equipment, relating to the field of communication technology. The method includes: performing multi-dimensional simulations based on disaster recovery and failover assessment requirements to obtain simulation results; based on the simulation results, assessing the signaling impact, network element resilience, and service recovery degree of disaster recovery and failover on related network elements of the target network, determining the assessment results characterizing the impact of disaster recovery and failover on the target network; the assessment results characterize the service implementation capability, network element resilience, and network element capacity carrying capacity of the target network, providing a basis for network optimization decisions. This application addresses the technical problem that existing solutions lack specific assessment capabilities for disaster recovery and failover scenarios, and cannot assess the impact on core network-related network elements during disaster recovery and failover. It promotes network security prevention and control in disaster recovery and failover scenarios from passive response to proactive prediction and prevention, significantly improving the stability and service continuity of the core network.

The invention provides a service implementation method and device, equipment, a storage medium and a product. The method comprises the following steps: sending a registration subscription request to a local server through a system insight tool; wherein the registration subscription request comprises a machine code of a system where the client is located, license information of the system where the client is located, and a client public key of the client; starting an insight daemon process through the system insight tool; after the system insight tool is successfully registered and subscribed and the insight daemon process is started, realizing a first service for a system where the client is located through the insight daemon process; wherein the first service comprises one or more of the following items: system information collection, heartbeat keep-alive information sending, safety information collection, log recording, data standardization, data transmission and encryption, and data synchronization.

The invention provides a communication method and device, equipment, a chip and a medium, and the communication method comprises the steps: triggering and executing TAU through a first SIM card, and suspending a service which is executed through a second SIM card; according to the TAU, determining that a first condition is satisfied, the first condition being a threshold condition used for indicating to continue to execute the service; and continuing to execute the service through the second SIM card. Therefore, the continuity of the service can be maintained, so that the service lagging is effectively avoided, and the service implementation performance is improved.

The application relates to a kind of SSH service implementation methods based on star-ground link, and a ground user terminal accesses ground TT&C network server through TCP protocol, SSH port is monitored on the ground TT&C network server through socket, SSH protocol uplink data packet is intercepted, and then is sent to satellite platform computer through star-ground link, and the platform computer forwards SSH data packet to satellite high-performance computer SSH service for analysis through network port; satellite high-performance computer SSH downlink information is returned to the data packet of platform computer listening SSH service port, and after the same packet interception action, is sent to ground TT&C network server through star-ground link. Advantageous effects are that star-ground business interaction is good in flexibility, high in safety and strong in expandability.

The invention relates to a service calling method, a service calling device, electronic equipment and a storage medium, and the method is executed by a server, and comprises the steps: obtaining service metadata associated with a target service under the condition that a remote calling request for the target service sent by a client is received, the service metadata at least comprises service description metadata and service connection metadata; determining a service interface matched with the target service from a predefined interface set according to the service connection metadata, and determining target service implementation needing to be called according to the service description metadata; and starting and executing the implementation of calling the target service, generating a calling response result after the implementation of the target service is finished, and sending the calling response result to the client through the service interface to realize the remote procedure calling of the service. According to the method, the target service is described and configured through the metadata, the remote procedure call of the service and the decoupling of the RPC framework are realized, and the development complexity is reduced.

Implementations are described herein for aggregating information responsive to a query from multiple different data feed services using machine learning. In various implementations, NLP may be performed on a natural language input comprising a query for information to generate a data feed-agnostic aggregator embedding (FAAE). A plurality of data feed services may be selected, each having its own data feed service action space that includes actions that are performable to access data via the data feed service. The FAAE may be processed based on domain-specific machine learning models corresponding to the selected data feed services. Each domain-specific machine learning model may translate between a respective data feed service action space and a data feed-agnostic semantic embedding space. Using these models, action(s) may be selected from the data feed service action spaces and performed to aggregate, from the plurality of data feed services, data that is responsive to the query.

The invention provides a gold industry e-commerce SaaS cloud service realization method and system, and the method comprises the steps: collecting and extracting the dimension features of a hyperspectral feature image, a polarization feature image and a defect mask image of a gold product in real time, and splicing the dimension features to form a dimension reduction fusion feature vector; on the basis of the distribution situation of the dimensionality reduction fusion feature vector in a low-dimensional feature space, constructing a feature manifold reflecting the oxidation evolution continuity of the gold coating, and selecting and calculating the local density entropy and the feature vector field divergence of gold coating sample points along an oxidation principal axis; the invention aims to solve the problem that the development of the gold industry e-commerce is seriously restricted due to the fact that a consumer cannot truly observe the color and texture of a gold product through an image because the space-time difference between the thickness distribution of a gold surface oxide layer and the reflectivity of a plating layer is difficult to analyze by the existing SaaS cloud service implementation method for the gold industry e-commerce.

The application discloses a communication service implementation method for roaming of a VoLTE network terminal to a GSM network, and receives an update location request message initiated from a GSM network side at a cross-network service function entity side for processing communication service roaming from a VoLTE network to a GSM network, judges whether the terminal is allowed to register in the GSM network according to mobile subscription identification information, and if allowed, sends an insert user data request message to the GSM network side, so that the GSM network side records the mobile subscription identification information as a terminal number and records SCCP source GT information as home address information of the terminal, receives an insert user data response message sent from the GSM network side, and sends an update location response message to the GSM network side to complete the first registration of the GSM network; the insert user data response message carries SCCP target GT information, and the SCCP target GT information is address information of the cross-network service function entity. The application solves the communication service of a VoLTE terminal roaming to a GSM network after a CS domain is retired.

The application discloses a power dispatching service implementation method and device based on business semantics, and the method comprises the following steps: traversing a business process library, and respectively constructing a micro-service knowledge base and a business semantic knowledge base according to a micro-service identification algorithm and a business semantic knowledge extraction algorithm; acquiring a second business semantic model which does not match a first business semantic model in the business semantic knowledge base according to a business semantic model similarity algorithm; acquiring a first business process corresponding to the second business semantic model, and acquiring a first micro-service component which has a mapping relationship with the first business process; identifying a first micro-service node in the first micro-service component, and if IP0 information in the first micro-service node is different from preset IP0 information, then a second micro-service node is identified in the micro-service knowledge base by using a similarity algorithm to replace the first micro-service node, so as to generate a new power dispatching middle platform business process. The application fully utilizes domain knowledge and does not need to be repeatedly developed, and the development cost is reduced.