49 results about "Shared service" patented technology

The invention discloses a graphic editing system and method based on a pluggable interaction driving framework, and belongs to the technical field of computer application. The system comprises a driver manager module used for maintaining a driver registry and managing the life cycle of an interactive driver; the shared service context module is used for providing singleton services such as a graphic service, an event service, a cursor service and a selection service; a plurality of interaction driving modules, each of which packages a graphic interaction behavior and realizes a uniform driving interface; and the graphic data model module adopts an immutable data mode. According to the method, interaction logic is modularized and pluggable and is decoupled from core business logic, so that the technical problems that a traditional graphic editing system is rigid in architecture, difficult to expand and maintain and serious in interaction behavior coupling are solved, and the expandability, maintainability, development efficiency and flexibility during operation of the system are remarkably improved.

To easily utilize mobility.SOLUTION: A mobility management method in a mobility sharing service includes outputting an identification signal from a signal output unit corresponding to a mobility, receiving, by a terminal, a reservation operation for the mobility, and executing, by the terminal, a first process of enabling use of the mobility to be reserved, based on reception of the identification signal from the mobility to be reserved.SELECTED DRAWING: Figure 1-1

A computer-implemented system coordinates multiple concurrent interactive applications via a central communication router maintaining sessions identified by session identifiers and application identifiers. The router directs messages between client devices without interpreting content. A session management module generates session identifiers paired with application identifiers. An onboarding module produces machine-readable codes enabling participants to join by scanning codes. An engine instantiation module creates engine instances executing application logic within isolated environments. A lifecycle management module suspends instances when inactive, saves states through serialization, and restores instances by deserializing saved states when devices reconnect. Client devices are assigned roles including host console, heads-up display, or controller. A shared service layer provides artificial intelligence integration, globalization, localization, and authentication accessible to all sessions. This unified architecture enables multiple distinct applications to operate concurrently under shared infrastructure without requiring separate backend systems for each application.

The invention discloses a distributed multi-node remote sensing satellite multi-mode integrated scheduling method, and belongs to the field of remote sensing satellite ground task management and control. The method comprises the following steps: a main center performs overall management on various remote sensing satellites of each node, performs demand preprocessing, multi-type satellite joint task planning and proper scheduling mode decision aiming at various observation demands, and performs multi-type satellite node task integrated scheduling according to different scheduling modes; and sending the scheduling task order to each corresponding satellite node to perform observation task planning and satellite control implementation, collecting task order states to perform demand state feedback and tracking closed-loop management, and performing iterative scheduling on non-closed-loop demands. According to the method, joint application of multi-type satellite node resources, advantage complementation and sharing service, online scheduling and rapid task implementation are realized, the use efficiency of multi-type remote sensing resources is greatly improved, and the demand timeliness and the observation effect are improved.

The embodiment of the present application is suitable for the technical field of data processing, and provides an interface display method and an electronic device. The first card is displayed by responding to the first operation on the first device icon, the first device icon is the icon of the first device in the trust ring device interface, and the first card is used for displaying at least one shared service control. Then, the first capsule icon corresponding to the target shared service control is displayed by responding to the second operation on any shared service control (target shared service control) displayed on the first card. The moving range of the first capsule icon is any range on the trust ring device interface. In this way, in the setting process of the trust ring, the first capsule icon appearing in the interface can be moved anywhere on the trust ring setting interface. Compared with the traditional method in which the icon can only move along the preset track in the system, the interface display method provided in the embodiment of the present application has more moving tracks of the first capsule icon, and the user experience is improved.

This invention relates to an online management method and system for differential electricity charges based on a shared service model, belonging to the field of data processing. The method includes: regional segmentation of invoice element layout information to determine element regions and attributes; statistical analysis of element difference frequency ratios to obtain element attribute splitting probabilities; furthermore, construction of an invoice matching binary tree; and sorting of invoices from the invoice pool to obtain full information on target invoices. Through the aforementioned automated and intelligent technical means, efficient matching and differential electricity charge verification are performed on invoices in the shared platform's invoice pool, thereby improving the efficiency and accuracy of electricity charge management and achieving real-time feedback on payment correction prompts. This solves the technical problems of existing methods that rely on manual verification of the difference between invoices and payment records, resulting in low verification efficiency, low accuracy of invoice matching, lack of dynamic matching mechanisms, and untimely differential electricity charge verification.

A redox flow battery system 1 comprises at least one pair of battery modules 35,35'; 37,37'; 39,39 housed in a respective container (15, fig 2) and provided opposite each other with a shared service c

Provide a system. 【Solution means】 When the user cancels the authentication of the information terminal, Means for collecting usage data in the information terminal, Means for analyzing the collected usage data, Means for presenting the optimal software and operations based on the analysis results, Means for executing the software when the presented operation is selected, Means for obtaining and presenting the operating status and travel information of public transportation means, Means for providing availability data of sharing services, A system including these.

In an example there is provided a method of data sharing for services on an operating platform (105) for a distributed network. The method comprises monitoring for a first operating platform instruction corresponding to installation of a first service (140 #1) with a configuration resource (130 #1) the first service to be associated with a first datastore (125-1 #1). Using the configuration resource (130 #1) of the first service and a configuration resource (130 #2) of a second service (140 #2) to determine that the first service can share data in a second datastore (125-1 #2) associated with the second service. In response to determining that the first service can share data in the second datastore associated with the second service, configuring the first datastore (125-1 #1) and the second datastore (125-1 #2) to share data using first and second configuration resources (130 #1, 130 #2).

Disclosed is a method for sharing a service between a vehicle and a trailer, which is performed by the vehicle. The method may include: establishing a communication channel between the vehicle and a trailer; receiving, from the trailer via the communication channel, trailer information of the trailer; transmitting, to a server, vehicle information of the vehicle and the trailer information; receiving, from the server, vehicle software and trailer software, wherein the vehicle software and the trailer software are selected by the server; transmitting, to the trailer via the communication channel, the trailer software; and controlling, based on the vehicle software, a driving operation of the vehicle.

The invention provides a high-availability shared service system for nuclear power plant professional software, and relates to the technical field of nuclear power plant management. The high-availability shared service system comprises a shared computing service layer, a database layer and an application layer, each layer comprises a plurality of virtual servers, a computing core service module is deployed on the virtual server of the shared computing service layer, a database cluster is deployed on the virtual server of the database layer, and a computing core service module is deployed on the application layer. Virtual servers of the application layer are divided into a plurality of groups of third groups of virtual servers, each third group of virtual servers comprises two isomorphic virtual servers respectively serving as a main node and a standby node, a piece of nuclear power plant professional software is deployed on each third group of virtual servers, and when the main node operates normally, the standby node operates normally; the corresponding standby node is in a standby operation state and keeps real-time data synchronization with the main node, and when the main node breaks down, the corresponding standby node serves as a new main node.

Systems and methods are disclosed for enabling service-based communication among distributed application components in a software-defined network. A centralized application manager registers metadata for application instances, each associated with a common service identifier, and maintains an up-to-date mapping of these identifiers to network addresses across execution environments. When an application component initiates a request to communicate with a service by referencing its service identifier, a name resolution component dynamically resolves the identifier to an active network address using real-time deployment state. Communication is established via a virtual messaging fabric, facilitating reliable service discovery and inter-component messaging. The system supports load-balanced address selection, enforcement of security policy constraints, and synchronization across multiple network zones through a shared service registry. Application instances may include fxDeviceApp and fxCloudApp components executing on network devices and cloud platforms, respectively. These capabilities provide scalable, policy-driven, and secure service-level interaction within distributed application environments.

The application provides a distributed storage QoS control method and system. The QoS control method comprises: setting a speed limit parameter for a target file storage directory through a storage management interface of the distributed storage system, and writing the speed limit parameter into an ECTD cluster; a NAS storage node reads the speed limit parameter and transmits the speed limit parameter into a corresponding type of shared service module; and the shared service module performs corresponding speed limit processing on the target file storage directory. The QoS control system comprises a processor and a memory, and the processor realizes the QoS control method when executing a computer program stored in the memory. According to the application, the problems that the existing distributed storage QoS control strategy cannot perform individual speed limiting on a file storage directory and is prone to system speed limiting failure due to a single storage node downtime can be solved.

The application provides a network architecture of an open wireless access network, comprising: a site A and a site B respectively established by at least two operators; the site A and the site B are respectively provided with non-shared service management and arrangement modules; the service management and arrangement modules are respectively internally provided with non-real-time RAN intelligent controllers; the site A and the site B are respectively provided with shareable internal network elements which are in communication connection through a plurality of interoperation interfaces; wherein, the site A and the site B are further respectively provided with shareable near-real-time RAN intelligent controllers. The application further provides a method for realizing resources in the network architecture and equipment and a computer readable storage medium thereof.

The application discloses a problem-driven enterprise operation knowledge co-creation platform and method, and belongs to the technical field of enterprise data intelligence and organization knowledge management. The platform comprises a data source semantic retrieval service module, an AI analysis framework generator, an AI-assisted programmable task generator, a double-track auditing engine, a plug-in report life cycle management system, a dynamic access control module based on data source permission inheritance, and a report and knowledge asset tagging organization and sharing service module. The method of the application converts enterprise technical assets into a business-understandable semantic knowledge base through the data source semantic retrieval service module, automatically disassembles the problems input by employees using AI, generates executable code and report fragments, and after being audited by business and technology double tracks, the executable code and report fragments are used as reusable plug-ins to be deposited as organization knowledge assets. The application reduces the technical threshold for non-technical personnel to use enterprise data assets, and realizes end-to-end automatic generation from natural language problems to executable analysis reports.

A redox flow battery system has pairs of battery modules, each battery module housed in a container and each container having an access portal for accessing the housed battery module, has a shared service corridor, either side of which each one of each pair of containers or each pair of battery modules are located and where the access portal of each container is accessible from the shared service corridor, to provide access to an equipment block of each battery module, wherein the equipment block is installable into and removable from (i.e. may slide in and out of) its container by moving the equipment block through the container access portal to or from the shared service corridor. This system reduces the footprint required to deploy a redox flow battery system, facilitating its deployment in constrained spaces, whilst ensuring the system can be serviced and maintained effectively and safely.

The vehicle digital key sharing service method according to one embodiment includes a digital registration step in which a management server generates a terminal digital key and a vehicle digital key after user authentication in response to a digital key registration request through a dedicated application of a mobile terminal and the mobile terminal stores the terminal digital key in a secure world that is separated from a normal world and a digital key using step in which an authentication token is generated using the terminal digital key stored in the secure world when the mobile terminal approaches or tags a vehicle and a vehicle device locks or unlocks a door of the vehicle by activating the vehicle digital key, which is registered from the management server, to validate the authentication token.

The invention provides a secure cloud platform deployment method, system, apparatus and device, and a storage medium, the secure cloud platform deployment method comprises the steps of obtaining a secure operation deployment demand of each station; constructing a hot standby redundant virtual machine set corresponding to each station based on a security operation deployment requirement; wherein the hot standby redundant virtual machine set comprises at least two virtual machine sets, a hot standby redundant function is realized between the virtual machine sets, each virtual machine set comprises a first virtual machine, a second virtual machine and a third virtual machine, the first virtual machine and the second virtual machine are used for realizing 2-out-of-two security operation, and the third virtual machine is used for realizing a communication function; and deploying each hot standby redundant virtual machine set into a server set. According to the method, the hot standby redundant virtual machine set is deployed into the server set, so that the server is shared by multiple stations, special hardware does not need to be configured for each station, the hardware purchase cost is greatly reduced, the resource utilization rate is improved, and meanwhile, computing resource sharing among the virtual machines is realized.

The invention discloses a data sharing method and device based on website login and electronic equipment, the method is applied to a sharing server side, login state information of a target website logged in by a sharing side is obtained, the login state information is information used for keeping a login state, a sharing link of the target website is generated according to the login state information, and the sharing link is used for sharing the target website. Under the condition that the shared link meets the access condition, the shared link is sent to the access end, so that the target website is logged in based on the login state information of the shared end when the access end accesses the target website, the situation that a login credential for directly logging in the website is shared to other users is reduced, the situation that the login credential is leaked is reduced, and the user experience is improved. The data security is improved, and the potential safety hazard of data transmission is reduced.

The application provides a network architecture of an open wireless access network, comprising: a site A and a site B respectively established by at least two operators; the site A and the site B are respectively provided with non-shared service management and arrangement modules; the service management and arrangement modules are respectively internally provided with non-real-time RAN intelligent controllers; the site A and the site B are respectively provided with shareable internal network elements which are in communication connection through a plurality of interoperation interfaces; wherein the site A and the site B are further respectively provided with non-shared near-real-time RAN intelligent controllers. The application further provides a method for realizing resources in the network architecture and equipment and a computer readable storage medium thereof.

The invention belongs to the technical field of shared parking space reservation scheduling, and particularly relates to a shared parking space reservation scheduling method, system and equipment based on a parking space lock, and the method comprises the steps: judging that a parking space is in an idle or occupied state at present through multi-source data fusion and continuous verification based on a parking space signal; based on the historical parking behavior data of the parking space owner, the availability probability of the parking space in the target time period is calculated, and the confidence coefficient is calculated in combination with the entering / leaving time stability and the sharing performance behavior; according to the availability probability and the confidence coefficient, the future time period of the parking space is classified as sharable, non-sharable or conditional sharing; parking spaces which are in idle states at present and are classified as sharable or condition-shared parking spaces in a future target time period are brought into a reservation resource pool; and in response to a user reservation request, creating a reservation order for the target parking space and controlling the parking lock to maintain a rising state. The parking space utilization rate is improved, and parking space resource waste is reduced.

The invention discloses an audiovisual evidence file on-demand method and device and a computer program product, and the method comprises the steps: carrying out the national standard connection with a sharing server through an optical shutter based on a standard GB / T28181 protocol by using a terminal device, and building a communication link when the audiovisual evidence file on-demand needs to be carried out by organs and units such as a court and a procuratorial hospital; then, an on-demand request instruction of the target audio-visual evidence file is sent to the shared server through the communication link, so that the shared server obtains an identifier of the target audio-visual evidence file by analyzing SDP information in the on-demand request instruction; receiving response SDP information returned by the shared server; wherein the response SDP information is determined by the shared server after the target audio-visual evidence file is read according to the identifier of the target audio-visual evidence file. According to the response SDP information, an ACK confirmation message is sent to the sharing server, and the multimedia stream data of the target audio-visual evidence file is obtained for on-demand operation, so that the on-demand safety is improved.

The invention discloses a shared service time slot resource allocation method, system and device and a medium, and particularly relates to the technical field of communication networking, and the technical key points are as follows: responding to an allocation request of at least one time slot request node, and based on the service priority and service type of each time slot request node, allocating a time slot resource to the time slot request node; sequencing the priority of the at least one time slot request node to obtain a node sequence; service transmission information and time slot information of all the time slot request nodes are acquired, and the time slot application number of all the time slot request nodes is calculated; and obtaining time slots occupied by completed services of all nodes at the current request moment, and sequentially allocating time slot resources of respective time slot application quantity to each time slot request node according to the node sequence. Users with high priorities can preferentially recover services, the influence degree of abnormal conditions is reduced, and the resource utilization rate and the service stability are improved; management is carried out through a dynamic time slot distribution mode, and sharing and flexible scheduling of time slot resources among nodes are achieved.

The invention provides a service auditing quality control method and device in a sharing mode, and the method comprises the steps: building an auditing item list containing a plurality of auditing items based on a to-be-audited service, and forming a rule library; receiving a business application submitted by a client through the shared service system; according to business characteristics of the business application, automatically matching auditing items needing manual auditing from the rule base, and randomly and concurrently distributing each matched auditing item to a to-do task pool of at least two first preliminary auditing employees; receiving a primary review result record submitted by the first primary review employee through the client, and judging whether the primary review result records of the same review item are consistent or not; in response to the consistency of the first review result record, confirming that the first review result record is a final review result of the corresponding review item; and in response to inconsistency of the first review result records, determining a final review result of the corresponding review item based on a preset rule.

The invention discloses a high-reliability data middle platform framework oriented to high-density carrier rocket launching. A data acquisition module acquires real-time data or non-real-time data through a unified interface module; the data storage module is used for performing real-time storage on the real-time data, and performing structured analysis and storage on the real-time data according to the data dictionary item, the data parameter and the data result storage configured in the data management module; the data storage module is used for further analyzing and calculating the data stored in real time or the data stored in the database through structured analysis based on various interpretation conditions, rules and related calculation requirements; and the data management module is used for realizing configuration management of data dictionary items, configuration management of data parameters and configuration management of data result storage. The real-time performance and reliability of big data storage can be improved, comprehensive data fusion and data sharing service comprehensive capability of an intelligent launching site system can be realized, and an accurate decision service is provided for high-quality development of a commercial launching site.

Embodiments of the application relate to scalable personal device sharing. An access point (AP) receives a network access request including a first multi-pre-shared key (MPSK) password and queries an authentication server to determine an owner of a first device based on the first MPSK password. The AP receives an advertisement packet from the first device indicating a service provided by the first device and forwards information about the service and the owner to a device sharing server to obtain a device sharing policy. The AP enforces the device sharing policy, which can include receiving a multicast domain name system (mDNS) query from a second device, determining that the second device belongs to the owner of the first device based on a second MPSK password of the second device, indicating the first device in an mDNS response corresponding to the mDNS query, and allowing the second device to access the service provided by the first device.

The present disclosure relates to the technical field of intelligent gateway security, in particular to a security architecture and system for a central gateway, and a storage medium. The security architecture includes an application security layer, a data security layer, a network security layer, a node security layer, an identity and authentication management layer, and a security operation and maintenance layer; wherein the application security layer is used to ensure the security of application software; the data security layer is used to ensure the security of data passing through a central gateway; the security of in-vehicle and out-vehicle network communication of the central gateway is ensured by the network security layer; the node security layer is a support carrier for the application security layer, the data security layer, and the network security layer; and the identity and authentication management layer and the security operation and maintenance layer are both applied to the application security layer, the data security layer, the network security layer, and the node security layer. The central gateway is not only a simple data exchange center, but also has data and computing power, and provides common functions of a sharing service, central management, central control, and the like for a complete vehicle; and the central gateway in the present disclosure has double-layer protection of local data security and data transmission security.

This invention provides a digital operation and management platform based on shared service operation and management, including a data acquisition module, a data management module, and a resource allocation module. The data acquisition module collects business data in real time from different business scenarios and standardizes the acquired data. The data management module builds a shared database based on the standardized business data and manages the association and identification of business data within the shared database. The resource allocation module receives data call requests initiated by requesters based on business scenarios, responds to these requests according to dynamic resource allocation rules, obtains the priority level of the data call requests, allocates corresponding processing nodes to retrieve the relevant data based on the priority level, and the processing nodes return the data processing results to the requester. This invention helps improve the intelligence level of data resource allocation in shared service processes, thereby improving the quality and effectiveness of shared services.

The invention discloses a charging scheduling method for resource sharing of an electric bus charging station, and relates to the technical field of intelligent traffic and new energy vehicle charging scheduling. Comprising the following steps: constructing an electric bus driving and charging scheduling flow division rule based on time discretization for describing operation and charging states of buses in different time periods; constructing a multi-objective optimization model, and taking maximization of the shared service duration of the electric bus charging station and minimization of the electric bus charging cost as optimization objectives; constructing a series of constraint conditions of a multi-objective optimization model to ensure that actual constraints such as bus operation continuity, charging capacity limitation, sharing time window and electric energy balance are satisfied; and the nonlinear constraint is converted into a solvable mixed integer linear programming form, and efficient solving of the charging scheduling strategy design model is realized. According to the invention, the resource utilization rate of charging facilities can be obviously improved, the operation cost is reduced, and the sustainable development of electric buses and social electric vehicles is promoted.