27 results about "Virtual business" patented technology

The invention discloses a backup disaster recovery optimization method, and relates to the technical field of IT operation and maintenance and disaster recovery, and the method comprises the steps: analyzing a statistical dependency relationship between basic performance indexes through employing a causal discovery algorithm based on a standardized monitoring data flow, and constructing a directed weighted graph; when a basic performance index in the directed weighted graph deviates from a normal performance baseline, triggering a reverse traceability positioning root cause component, identifying a service influence path through forward path analysis, and generating a backup enhancement instruction; in a digital twin environment, according to historical drill records and a strategy library, multiple potential disaster recovery switching schemes are generated, parallel deduction is carried out, the performance influence of each potential disaster recovery switching scheme on a virtual service link is quantitatively evaluated in the deduction process, and the optimal disaster recovery switching scheme is selected by comparing evaluation results. According to the invention, the prospective optimization of the disaster recovery decision and the minimization of the business influence are realized, and the automation, intelligence and business adaptation capabilities of the backup disaster recovery system are enhanced.

The invention discloses an electric power AI digital virtual business system, which relates to the technical field of electric power business systems and comprises a data layer, an application service layer and a safety guarantee layer. The data layer comprises a data acquisition module and a data processing module, the data acquisition module is used for collecting customer data, power business data and external data in real time and providing basic data for subsequent data processing and analysis, and the data processing module is used for sorting, storing and preliminarily analyzing the collected original data. According to the invention, the virtual business hall is constructed by means of VR / AR technology, real-time guidance of a virtual guider is cooperated, and natural dialogue interaction is realized in combination with the intelligent interaction module, so that the business handling process is more intuitive, the sense of participation of customers is improved, the customers do not need to go to an entity business hall and handle businesses and consult questions anytime and anywhere through various terminals, and the business handling efficiency is improved. For example, a one-key electricity handling module can be used to complete a complex electricity handling process at home, so that time and energy are greatly saved, and service accessibility is improved.

The invention discloses a burying point analysis system for customer behavior analysis, and relates to the field of customer behavior analysis, the system comprises the following components: a data acquisition module, a digital twin model construction module, a business scene simulation module and a behavior prediction and decision support module; according to the invention, the digital twinborn model which accurately reflects customer behavior characteristics is constructed by using the digital twinborn model construction module and combining a deep learning algorithm and a data mining technology, and the model is imported into a diversified virtual business scene for behavior simulation through the business scene simulation module, so that the customer behavior simulation efficiency is improved. And finally, the behavior prediction and decision support module accurately predicts customer behaviors and generates a personalized decision plan by applying a space-time correlation prediction algorithm and an intelligent decision recommendation algorithm based on a knowledge graph, so that the customer behaviors can be accurately predicted. The functions jointly enhance the insight ability of enterprises for customer behaviors.

The invention discloses a method and device for dynamically configuring a fusion strategy of a virtual service system, and relates to the technical field of computer software development, and the method comprises the steps: independently configuring basic information, fusion strategy attributes containing a plurality of fusion authentication access strategies and HTTP connection metadata for each to-be-fused service system, generating service application configuration information; a fusion account is created, account fusion binding management is executed in combination with a preset account binding management configuration strategy, and a binding record is generated; a fusion account is maintained by adopting a preset three-level cache binding rule; executing configuration data standardization processing and persistent storage; obtaining configuration change information, and synchronously updating the permission metadata; in the virtual login authentication process, executing cross-system authority authentication and session maintenance between the virtual service system and the to-be-fused service system according to the authentication access strategy type and a preset three-level maintenance rule; according to the invention, the problems of high fragmentation of authority management and system islanding of multiple service systems are solved.

The invention discloses a traffic charge pre-sending method, system, device and medium, and relates to the communication field, the method comprises the following steps: obtaining a package selection action instruction of a user, the package selection action instruction comprising a package ordering action instruction and a package replacement action instruction; account book data of a preset period is generated based on the package selection action instruction, and the preset period is determined based on a pre-sending return rate; compressing the account book data of the preset period to generate compressed account book data; and after reaching a charging period, decompressing the compressed account book data to activate the account book data. On the premise that the account period accuracy and the user perception are not affected, optimization scheduling of large-scale account book issuing behaviors is achieved, the method is suitable for high-concurrency account period systems such as an operator, a virtual business platform and an Internet of Things platform, and the method has high engineering practicability and popularization value.

The invention discloses a high-concurrency virtual service transfer scheduling method and system based on a cloud edge collaborative architecture, and relates to the technical field of cloud computing and edge computing collaboration, and the method comprises the steps: constructing a service gene analysis model at an edge node, responding to a virtual service access request, extracting the resource consumption characteristics of a service flow in real time, and calculating a service separation potential energy index. The virtual business is dynamically decoupled into a connection anchoring phase and a computing power free phase based on the index; establishing a load inertia monitoring mechanism, modeling resource consumption of edge nodes into a kinematics system, collecting speed and acceleration of load change in real time, calculating system pressure momentum, and generating a graded unloading instruction when the momentum exceeds a preset critical collapse threshold value; starting a convergent differential injection mechanism, pre-constructing a logic shadow at a cloud end, and calculating a convergence ratio of a memory dirty page generation rate to a network transmission rate in real time; the method has the advantages of being high in practicability, having the pre-judgment capacity and being capable of achieving lossless switching.

The invention provides a business processing method and device, equipment, a storage medium and a program product. The method comprises the following steps: receiving a service processing request, wherein the service processing request is used for requesting to execute a target service for a target user; in response to the service processing request, detecting whether at least one in-transit service exists in the target user, the in-transit service being a service which has started to be processed and is not processed; if the in-transit business exists, simulation rollback processing is carried out on each in-transit business, a virtual business state corresponding to each in-transit business is generated, the simulation rollback processing is a business state before the in-transit business is executed through simulation calculation, and the virtual business state is a business state before the in-transit business is executed; based on the virtual service state and a preset service rule base, judging whether the target service can be executed or not; and if yes, executing the target service. Therefore, the service processing efficiency is improved and the user experience is improved.

The embodiment of the invention discloses a service execution method, and the method comprises the steps: obtaining puzzle information and answer information corresponding to the puzzle information when a user terminal of a target user obtains a virtual service card used for executing a second to-be-executed service, but only displaying the puzzle information, when the attribute data of the virtual service card obtained by the target user is matched with the answer information, executing the first to-be-executed service for the target user, and when the target user shares the puzzle information with the shared user, displaying the answer information to the target user. Through the method, the business execution modes can be effectively enriched.

A computerized method includes receiving a dialog session. The dialog session comprises a set of new inbound messages. The method feeds the dialog session into tokenizer. The method, with the tokenizer, generates a set of tokens by breaking the new inbound messages into a sequence of tokens. The method provides the tokens to a DAG frame labeler cascade. With the DAG frame labeler cascade, the method uses a sequence of tokens to generate a set of token labels. The method passes the token labels and tokens to an entity interpreter. With the entity interpreter, the method generates a DAG frame. With the DAG frame, the method outputs a structured information from a multiturn dialogue.

The application discloses a kind of for customer behavior analysis's burying point analysis system, it is related to customer behavior analysis field, the system includes following component parts: data acquisition module, digital twin model construction module, business scenario simulation module and behavior prediction and decision support module;The application is constructed by using digital twin model construction module, in combination with deep learning algorithm and data mining technique, constructs the digital twin model accurately reflecting customer behavior characteristics, by business scenario simulation module, model is imported into diversified virtual business scenario and carries out behavior simulation, and using reinforcement learning driven model interaction algorithm, so that model can learn more reasonable behavior decision strategy, finally, behavior prediction and decision support module uses space-time correlation prediction algorithm and intelligent decision recommendation algorithm based on knowledge graph, accurately predicts customer behavior, and generates personalized decision plan, these functions collectively enhance the insight ability of enterprise to customer behavior.

The present application relates to the technical field of integrated circuits, and particularly relates to a ransomware detection method, device, equipment and medium.The method comprises the following steps: traversing a target service directory and creating a virtual service directory with higher search priority than the target service directory based on the traversal result; marking a new file according to a preset marking rule when the new file is created; in response to detecting that a certain file operates on the virtual service directory, determining whether the certain file is marked; in response to the certain file being marked, scoring the operation to generate a score value; and determining whether the certain file belongs to ransomware based on the score value.The scheme of the present application creates a virtual service directory to trap files from the perspective of the user's service, which improves the security and reliability of the protection of key services against ransomware.

This invention discloses a system for converting tacit knowledge into explicit knowledge based on knowledge graphs and large models. It includes a knowledge system ontology modeling and management module for constructing and maintaining the knowledge system ontology model in large model applications; a data access and knowledge graph construction module for mapping and loading multi-source heterogeneous data onto the knowledge system ontology; an ontology virtual business environment engine module; a tacit knowledge mining and explicit knowledge generation module that, in a virtual environment, uses graph analysis and large model reasoning to mine tacit knowledge and generate explicit knowledge; and a business strategy planning and workflow orchestration module that transforms explicit knowledge into executable business strategy plans and workflow orchestrations. Through the knowledge system ontology modeling and management module, a systematic knowledge framework is constructed, achieving systematic accumulation of enterprise tacit knowledge, effectively preventing knowledge loss, and improving knowledge reusability and scalability.

The invention relates to a data center interconnection link switching method and device, communication equipment, a computer readable storage medium and a computer program product. The method comprises the following steps: in response to a switching request for switching a first link to a second link in a data center Internet gateway, acquiring a real user connected with the first link, and acquiring a virtual user corresponding to the real user pre-created in the data center Internet gateway; transmitting the virtual service flow through a second link by using the virtual user, and acquiring network transmission quality information after link switching according to the transmitted virtual service flow; and under the condition that the network transmission quality information meets a preset condition, switching the first link connected with the real user to a second link. By adopting the method, a link switching fault caused by an unknown problem in a link switching process under the condition that a real user does not perform a real environment test can be avoided, and an unknown risk caused by link switching is effectively reduced.

The application discloses a knowledge graph construction method and system for business process optimization, and relates to the field of knowledge graph, wherein the method comprises the following steps: receiving and analyzing an input business optimization target, a core entity set, a business constraint rule and a basic operator, generating an initial knowledge graph containing entity nodes, target nodes, constraint nodes and initial relationship connections; connecting the initial knowledge graph to a business process simulation environment, selecting an operation from the basic operator by an intelligent agent, executing a virtual business process, collecting and analyzing interaction logs, extracting an efficient business process path and context features, and converting the efficient business process path and context features into a knowledge subgraph; and fusing and updating the knowledge subgraph in a probabilistic form to the initial knowledge graph. The application solves the technical problems of insufficient dynamic adaptation capability and difficulty in effectively mining efficient execution modes in existing business process optimization, and achieves the technical effects of improving the dynamic adaptation capability and effectively mining efficient process execution modes.

The invention discloses an IP address allocation method and device for realizing load balance in a virtualization environment, equipment and a medium, is applied to a host machine, and relates to the technical field of computers, the IP address allocation method comprises the following steps: allocating a virtual service IP for an established virtual machine cluster, and allocating a virtual machine IP for a plurality of virtual machine nodes in the virtual machine cluster; determining a main node from the plurality of virtual machine nodes, collecting virtual machine node information corresponding to the plurality of virtual machine nodes through the main node, and then selecting a target virtual machine node from the plurality of virtual machine nodes to occupy a virtual service IP based on the virtual machine node information and a preset node selection sequence; and determining a target node type of the target virtual machine node based on the virtual machine node information, and allocating a virtual service IP according to the target node type and the virtual machine node online state and the virtual machine node offline state in the current virtual machine cluster. Therefore, IP address allocation with balanced load can be realized.

The invention relates to the technical field of virtual scene simulation, and discloses a virtual scene simulation system for simulating by using internet equipment through an app, which comprises the following components: a virtual world app through which a user can simulate own 3D figure and 5D virtual scene; the 360-degree omnibearing 3D virtual modeling system is used for generating a simulated virtual character and a virtual environment; the virtual dynamic system is used for simulating a real dynamic effect in a virtual world; according to the virtual trading system, the user can carry out shopping, selling, business negotiation and other activities in the virtual world, and the user can enter the virtual world to carry out various activities such as virtual office, virtual hall, virtual business, virtual entertainment, virtual social contact and the like without wearing any glasses equipment. Meanwhile, the invention provides a 360-degree omnibearing 3D virtual modeling system which can generate vivid virtual figures and virtual environments, so that the user can feel real scenes and environments.

The embodiment of the invention discloses a service execution method, which comprises the following steps of: firstly, generating a virtual service card of a user according to a credit evaluation value of the user, so that the user can obtain virtual service cards of other users not only by owning the virtual service card of the user, and when a service is executed, displaying an execution condition at first, and the user selects a target service card from the obtained virtual service cards of the other users, uses the virtual service card of the user as the target service card, and executes the service for the user when the attribute data of each target service card meets an execution condition. According to the method, the credit of the user is no longer used as a parameter in the business execution process, the virtual resource is held by the user, and the virtual resource can interact with other users and also determines whether the user has the authority to execute the business, so that the business execution modes are enriched.

The invention provides an object information processing method and device, equipment and a medium. The method comprises the steps of determining a request processing queue associated with a target request object, obtaining queue processing parameters associated with the request processing queue, and obtaining M object information obtaining requests to be subjected to request merging from N object information obtaining requests based on the queue processing parameters, determining M virtual business objects which send the M object information acquisition requests as merging processing virtual objects, performing request merging processing on the M object information acquisition requests to obtain a merging processing request, and obtaining first object information of a first virtual object based on the merging processing request, and determining the first object information as object information of the target request object, and generating a request data packet for being sent to the merge processing virtual object based on the object information of the target request object. According to the application, when the virtual object requests to obtain the object information, the processing resource consumption of the server can be reduced.

The disclosure provides a call control method, device and equipment and a storage medium, and relates to the technical field of core networks. The method comprises the following steps: receiving a first request sent by a home location register (HLR) network element, wherein the first request is used to request allocation of an MSRN for a current call of a called terminal, and the HLR network element is an HLR to which a first type number of the called terminal belongs; allocating the MSRN for the current call of the called terminal according to the first request; sending the MSRN to a mobile switching center (MSC) where a calling terminal is located, and converting the MSRN into an MSISDN associated with the first type number; and sending a second request to a media gateway controller (MGCF) network element corresponding to a service platform, wherein the second request is used to trigger the MGCF network element to call the called terminal using the MSISDN. Thus, a virtual business number can be triggered to a specified service platform without opening a VoLTE function and configuring a specific SIFC rule for the number, a large number of provincial self-owned number resources can be saved, and a breakthrough is achieved in a traditional small number service voice triggering technology.

The invention relates to the technical field of vehicle scheduling, and particularly discloses a hybrid traffic cluster scheduling method and system based on side cloud cooperative control. The cluster scheduling system comprises a cluster scheduling controller, a virtual service simulator, an environment scene library, a service scene library, an event-driven engine, a real-time service library, a scheduling adapter and an intelligent road side perception decision-making system. The method has the beneficial effects that a TOS system service scheduling demand, a port machine real-time state, an automatic driving vehicle state in an FMS and a roadside fusion perception vehicle state are fused, and a service development trend is predicted online in real time through an established scene database, an event-driven engine and a virtual service simulator; the problems of low scheduling efficiency and prominent potential safety hazards of mixed vehicles in vehicle scheduling or independent service system scheduling are solved, the safety problem of service scenes with high control timeliness requirements and high risk levels is solved by adopting an edge-cloud cooperation mode, and the service transportation efficiency and the driving safety of an automatic driving port are improved.

The invention provides a power grid operation management information interaction method and system, and the method comprises the steps: building a mapping relation between a physical system and a virtual service module in an interaction device, and enabling the mapping relation to be at least associated with a physical system identifier and the virtual service module; packaging original business data from the heterogeneous system into a standardized information object, wherein the standardized information object at least comprises a classification identification field corresponding to the virtual business module; bearing a data load field of the original service data; and based on the classification identification field, routing the standardized information object to a target end system through an interaction device. Through the technical scheme, the scheduling information interaction efficiency can be remarkably improved, dynamic service expansion under a novel power system multi-level architecture is supported, and the integrity and real-time performance of data transmission are guaranteed.

The application provides a gateway processing method, a virtual access gateway, a virtual service gateway and related equipment, relates to the field of convergence edges, and the method is applied to the virtual access gateway. The method comprises the following steps: receiving a first tunnel message from a user side; extracting a user identifier and a user message from the first tunnel message, and determining a virtual service gateway corresponding to the user side according to the user identifier; sending the user message to the virtual service gateway, so that the virtual service gateway performs service processing and network address conversion on the user message, and sends the processed user message to a bridge port corresponding to the traffic type of the user message in the virtual access gateway; receiving the processed user message through the bridge port, encapsulating the processed user message into a second tunnel message, and sending the second tunnel message to a service server corresponding to the bridge port. The edge cloud gateway can be divided according to access logic and service logic, so that the user access logic and the service logic can be ensured to be clear.

The invention discloses a business handling method and device and electronic equipment. The method comprises the following steps: displaying a business handling page of a target business corresponding to a target account, and obtaining a business handling demand of the target account; constructing a target knowledge graph matched with the business handling demand; determining a target digital person matched with the business handling demand; determining a target virtual business scene matched with the business handling demand; determining a target dialogue model based on the business handling demand; and displaying the target virtual business scene and the target digital person on the business handling page, and performing business processing through the target digital person in the target virtual business scene based on the knowledge graph and the target dialogue model. According to the invention, the problems of complex operation process and high input cost of business handling in an offline business hall in the prior art are solved; and an online business system handling mode is relatively poor in user experience and relatively low in operation efficiency.

The invention provides a self-service method based on an intelligent agent, which can be applied to the technical field of Internet of Things. The method comprises the following steps: acquiring physical environment data and business data in real time, and acquiring customer behavior data and customer demand data in real time on the basis of acquiring customer authorization; a virtual service scene is constructed in real time according to the physical environment data, the business data and the customer behavior data, and the virtual service scene comprises a virtual physical environment corresponding to the physical environment data, a virtual business corresponding to the business data and a virtual behavior executed by a virtual customer corresponding to the customer behavior; determining a virtual service strategy according to a pre-trained service model, the customer demand data and the virtual service scene; and according to the virtual service strategy, an agent is guided to serve the customer, and the agent integrates a robot technology. The invention further provides an agent-based self-service device, equipment, a storage medium and a program product.

The present invention discloses a method and device for dynamic expansion and contraction within an elastic scaling group, the method comprising: collecting real-time load information of each virtual service board and determining a multi-order smoothing index corresponding to the real-time load information; generating predicted load information corresponding to the real-time load information based on the multi-order smoothing index; identifying the current actual load change trend within the elastic scaling group and determining a predicted load change trend based on the predicted load information; comparing the actual load change trend with the predicted load change trend, and judging whether to expand or contract the virtual service board within the elastic scaling group based on the comparison result. The technical solution provided by the present invention can improve the stability of expansion and contraction, thereby saving system resource consumption.

Provide a system. 【Solution means】 Analysis means for collecting the user's learner information and analyzing the user's learning level based on the information, Plan generation means for generating an optimized learning plan according to the user's learning goal, Support means for providing real-time learning support and feedback based on the generated learning plan, Evaluation means for conducting simulation training in a virtual business environment and evaluating the activities of the user during the training, Response means for receiving inquiries from the user, generating responses and providing them, Feedback means for analyzing the user's learning progress and generating visual feedback, Evaluation means for providing a simulation scenario from the user's perspective in real time and evaluating the language ability, A system including the above.

The invention discloses an intelligent decision-making method for operation of a coal-fired power plant based on virtual operation. The method comprises the following steps: collecting virtual financial data and virtual business data; splitting the virtual financial data to obtain a budget guide mark and a settlement guide mark; respectively fitting the virtual business data with the budget guide mark and the settlement guide mark to obtain an operation resource allocation strategy; and comparing the operation resource allocation strategy with a preset strategy threshold to obtain target decision information. The technical problems that in the prior art, decision generation in the process of virtual operation of a coal-fired power plant is often established or generated in a fixed mode according to a single index or parameter, intelligence of diversified and flexible decisions is lacked, and the execution efficiency of the decisions is reduced are solved.