25 results about "Metaserver" patented technology

The invention discloses a train seat recommendation system. The system comprises a server and a user equipment end, the server establishes a query unit for each train number, obtains current unsold seat information and sold seat information of each train number through the ticketing system, and updates data of each query unit in real time; the user equipment side obtains the query authority of the query unit for querying the train of the current train through ticket information verification, and the user equipment obtains the real-time data information of the query unit with the query authority from the server in real time. The method can effectively help the seatless passengers to quickly position the vacant seats in each compartment and the predicted remaining time of available use of the vacant seats, the vacant seats can be inquired directly through mobile phones, the seatless passengers do not need to find the vacant seats in the compartments one by one, resources are fully utilized, the relative input cost is low, and the method is easy to popularize and promote.

A computer-implemented system to perform an advertisement creation operation on a website is presented. The website may be hosted on a network. The system may comprise one or more of a server and also a matching unit. The server may be in communication with the network. The matching unit may be configured to access data that may be stored in a datastore and which may include matching query terms and / or predefined matching keywords. The matching unit may parse the website, and the website may include one or more terms. The matching unit may match the terms to one or more of the predefined matching keywords, and the matching unit may define an associated listing relevancy to create and send a list of associated top matches to the website to create at least one advertisement element thereon.

The embodiment of the invention discloses a data distribution method and device, a server and a computer readable storage medium, and the method comprises the steps: a local selective forwarding unit server in a distributed selective forwarding unit server cluster receives target distribution data, and determines regional information of a subscription client corresponding to the target distribution data, determining a target selective forwarding unit server from a distributed selective forwarding unit server cluster based on the regional information, and when determining that the target selective forwarding unit server is a remote selective forwarding unit server, sending the target distribution data to the remote selective forwarding unit server, and sending the target distribution data to the subscription client by the remote selective forwarding unit server in the distributed selective forwarding unit server cluster. Therefore, the technical problem that when a single SFU server accesses clients in different regions, due to remote communication, the real-time data communication quality of the clients is low is solved.

The application provides a task vehicle task offloading method and device in cellular vehicle networking, belongs to the technical field of cellular vehicle networking, and aims to minimize the total task processing delay to establish a task offloading optimization model; the task offloading optimization model is solved to obtain the optimal roadside unit server computing frequency, the optimal auxiliary computing vehicle computing frequency, the data packet transmission frequency between the task vehicle and the auxiliary computing vehicle, and the optimal offloading ratio matrix is calculated; and the tasks offloaded to the roadside unit server and the auxiliary computing vehicle are distributed according to the optimal offloading ratio matrix. The application considers the distributed transmission and resource semi-persistent scheduling characteristics, models the task offloading optimization model, the task vehicle can offload the task to the auxiliary computing vehicle through the PC5 interface or offload the task to the VEC server through the Uu interface, and then the task processing delay is reduced; without dense base station coverage, the complexity and cost of task offloading and resource allocation are reduced, and the adaptability is high.

The present application discloses a server system, a job execution method and apparatus, a device, and a medium. The server system includes a server and an extended computing domain; the server includes a processor control domain and a local computing domain, the local computing domain includes a plurality of local computing units, the processor control domain is connected to the local computing units and the local computing units are configured to execute local computing tasks; the extended computing domain includes an extended controller and a plurality of extended computing units connected to the extended controller, the server is connected to the extended controller through an extended cable compliant with a peripheral component interconnect express protocol and / or an external communication interface, the extended controller is configured to communicate with the server to acquire extended computing tasks, and the extended computing units are configured to execute the extended computing tasks.

The system according to this embodiment aims to provide an environment in which even users with limited IT knowledge can easily build and operate a website. [Solution] The system according to the embodiment comprises a domain management unit, a server management unit, a CMS construction unit, a design generation unit, and an SEO setting unit. The domain management unit acquires and applies domains. The server management unit arranges servers based on the domains acquired by the domain management unit. The CMS construction unit builds a CMS environment on the servers arranged by the server management unit. The design generation unit generates a site design based on the CMS environment built by the CMS construction unit. The SEO setting unit sets SEO based on the design generated by the design generation unit.

The invention discloses a service layer network element cluster service method and device and electronic equipment. The method comprises the following steps: receiving a service request sent by target multimedia terminal equipment; sending the service request to a reverse proxy server in a reverse proxy cluster according to a preset weight; when it is determined that the target service layer network element server is subjected to the authentication abnormality, a subsequent service request sent by the target multimedia terminal device is forwarded to a first service layer network element server in a service layer network element server cluster, the first service layer network element server is a service layer network element server without the authentication abnormality, and the first service layer network element server is a service layer network element server without the authentication abnormality. And the first business layer network element server is used for acquiring the session data in the shared storage system and providing services for the target multimedia terminal equipment based on the session data. The service request processing method and device solve the technical problem that the response to the service request is slow due to the fact that the service request in a related service layer network element cluster needs to interact with a large-scale server in the cluster.

Managing tasks using an application-level blue-green topology with parallel cell infrastructure rails. Each cell infrastructure rail includes a dispatcher bot and a performer bot. The dispatcher bot is configured to prepare a work task based on a received request, and the performer bot performs the work task, resulting in performed work. A discovery server includes a service registry configured to store the states of the infrastructure rails. The discovery server receives the request for the work task, and sends the request to a dispatcher bot of a specific cell infrastructure rail based on the request and the states of the cell infrastructure rails. A respective workflow cell server receives the performed work. In the case that one cell infrastructure rail experiences a problem when processing the request, the cell infrastructure rails are switched to perform the request on the other cell infrastructure rail. The method implements the system.

The application discloses a carbon neutralization data processing system and method based on power data; the system comprises a data acquisition unit, an enterprise carbon accounting unit, a scientific carbon target analysis unit, a carbon neutralization calculation analysis display unit and a server. The technical scheme of the embodiment of the application reduces the difficulty of enterprise carbon emission data acquisition by using a power data automatic acquisition device, can improve the data acquisition quality, thereby monitoring the enterprise carbon emission at the lowest cost, helping the enterprise to set a scientific carbon target for carbon neutralization annual prediction through automatic carbon accounting, and improving the carbon neutralization efficiency of the enterprise.

The invention relates to the technical field of data processing, in particular to an electric energy meter AI code review method and system based on check point cues. The method is applied to a system architecture comprising a client and an AI server, and comprises the following steps: inputting an embedded engineering code and a cue word for examination through the client; the client carries out grammatical analysis on the embedded code to form an analysis block; the client combines the analysis blocks with the corresponding cue words and matches standardized information in combination with an external knowledge base to form an examination unit; the AI server receives the review unit, dynamically identifies the problems of array crossing, excessive memory applications and variable defense, and outputs a structured review result; and the client summarizes all review results, performs classified statistics according to defect types, and generates visual reports and logs. According to the invention, the detection accuracy of specific scene defects is obviously improved; and the time cost of diamagical examination and the risk of artificial omission are greatly reduced.

A communication system includes a terminal device and a server. The terminal device has a display unit to present an input screen with multiple input elements and an operation unit to receive user inputs. The server includes a storage device storing user information, including data corresponding to multiple input items. When the input screen is displayed, the system obtains input data and determines an index value based on proximity between the input data and stored user information. The system displays an indicator reflecting the index value on the input screen. Upon receiving a registration instruction, the system determines whether a registration condition is met by comparing the input data with stored user information. If the condition is satisfied, the system completes user registration by storing the input data as new user information. If not, registration is not completed. This configuration enables dynamic feedback and validation during user registration.

The calculation accuracy is improved by considering the risk of damage caused by wild animals and birds from multiple factors. [Solution] The wildlife risk management system 1000 comprises a server unit which includes a server-side calculation unit 10 for calculating the encounter risk for each specific area based on sighting information or capture information acquired by the server-side communication unit 20, and a server-side display unit 30 which can overlay the encounter risk for each area calculated by the server-side calculation unit 10 onto a map including each area, for each corresponding area. Sighting information includes at least one of the sighting location information of the place where the wildlife was sighted, the date of the sighting, and the type of wildlife sighted. Capture information includes at least one of the capture location information of the place where the wildlife was captured, the date of capture, and the type of wildlife captured. The server-side calculation unit 10 is configured to calculate the encounter risk for each type of wildlife for each specific area based on the sighting location information of the sighting information and the capture location information of the capture information.

To provide a currency identification system capable of accurately determining the propriety of inserted currency, and a valuable medium identification system capable of accurately determining the propriety of an inserted valuable medium.SOLUTION: A currency identification system (100) is provided with a currency identification device (1) and a server (3) which can communicate with the currency identification device (1), wherein the currency identification device (1) includes a device-side communication unit (6), a feature value acquisition unit (20) which acquires the feature value of an inputted currency, and a device-side control unit (7) which transmits the feature value acquired by the feature value acquisition unit (20) to the server (3) via the device-side communication unit (6), and the server (3) includes a server-side communication unit (30), a database (31) relating to the appropriateness of the currency based on the feature value, and a server-side control unit (32) which judges the appropriateness of the currency based on the feature value received from the currency identification device (1) via the server-side communication unit (30) by using the database (31) and transmits the judgment result relating to the appropriateness of the currency to the currency identification device (1) via the server-side communication unit (30).SELECTED DRAWING: Figure 3

The invention discloses a software and hardware collaborative design multi-unit server parallel configuration management method and system, and the method comprises the steps: carrying out the parallel configuration management of each blade unit through a CPLD (Complex Programmable Logic Device) change-over switch logic assembly in a monitoring management blade and monitoring management software SMC running on a CPU (Central Processing Unit); the CPLD change-over switch logic component comprises two multiplexers, namely a master multiplexer and a slave multiplexer, the master multiplexer controls a serial port sending channel, and the slave multiplexer controls a serial port receiving channel; the two multiplexers, namely the master multiplexer and the slave multiplexer, have independent switching control signals so as to realize half-duplex parallel configuration of a serial port channel between the monitoring management blade and the blade unit. The invention aims to realize efficient configuration management on each unit server through the monitoring management software SMC deployed on the monitoring management unit under the condition of physical isolation of the in-band service access network and the out-of-band monitoring management network, and solves the blocking problem caused by time consumption of request execution.

The application provides a data migration system and method based on a distributed intelligent agent, and relates to the technical field of data migration. The system comprises a central scheduler module for decomposing data migration tasks and constructing a directed acyclic graph; a model context protocol gateway module for connecting a language model service management module and a plurality of model context protocol service units, and performing registration and screening of the model context protocol service units; the language model service management module is used for receiving an inference request of the model context protocol gateway module, switching an adaptive language model according to the inference request, and outputting a migration decision feedback to the model context protocol gateway module and a database reconstruction unit; a horizontally expandable model context protocol service unit cluster comprises a metadata analysis unit, a business code analysis unit, a server detection unit, the database reconstruction unit and a migration knowledge base unit. The application can realize the efficiency and stability of database migration.

The application provides a method for automatically deploying a data plane of a network element, and relates to the technical field of automatic operation and maintenance, and aims to solve the problem of long deployment time in the scene of complex deployment steps of the existing cloud computing network element server data plane and large number of network elements. The method comprises the following steps: writing a deployment instruction according to a deployment task; obtaining information of each network element server under a cluster from a configuration file, and establishing a target connection with each network element server according to the information; generating a temporary deployment script according to the deployment instruction, and sending the temporary deployment script to each network element server under the cluster through the target connection, so that the network element server executes the temporary deployment script to realize configuration deployment, and the temporary deployment script is used to realize the function corresponding to the deployment task.

Described is allocating and deallocating server instances (e.g., comprising baseband unit resources) of a distributed unit based on need for user equipment session handling. For example, when user equipment sessions load a server instance to a threshold capacity, an additional server instance can be allocated to handle new user equipment sessions. Any selected carrier subgroup, which can correspond to a cell's carriers, can be selected for assigning any newly incoming, unassigned user equipment sessions associated with the selected carrier subgroup to the newly allocated, additional server instance. As prior sessions end, the load decreases on the server that had reached the threshold capacity. When the total hub load decreases, deallocation of a no-longer used server instance can be performed. Deallocation can include transferring any remaining session, e.g., long-lasting sessions, to a different server instance. Load balancing and / or resource consolidation, without service interruption, is thus achievable within a hub.

The invention provides a data processing system for interior design, the data processing system comprises a server, a terminal device and a sensing unit, a lightweight large language model ERNIE-4. 5-0. 3B, AI drawing software Stable Diffusion, Guangdonda digital-dimensional building design software and building energy consumption simulation software OpenStudio are deployed on the server, the server comprises a demand extraction module, an effect picture generation module, a BIM model generation module, an illumination simulation module and a scene generation module. According to the method, rapid generation of the BIM model is realized by means of the AI technology, a more real virtual scene is constructed based on the BIM model, real-time feedback of a client is obtained through the VR technology, the AI, the BIM and VR are organically combined, and the efficiency of interior design is improved from multiple aspects of increasing the drawing speed, improving the authenticity of the model, determining key points of communication and the like.

Embodiments of the present disclosure relate to a system for visualizing an automation system. The system at least comprises a server unit and at least one client unit. The server unit is designed to provide a visualization application to the at least one client unit, the application comprising 360-degree panoramic data of the automation system and functional blocks defining interactions for interaction points, and to integrate the functional blocks into the visualization application, the invention relates to a method for operating an automation system such that interactions linked to respective interaction points can be triggered by selecting the respective interaction points embedded in a 360-degree representation of the automation system, and is further designed to exchange machine data in real time with the automation system via at least one interface to make it available for functional blocks and interactions integrated into a visualization application. The client unit is connected to the server unit through a communication link having real-time capability, retrieves a visualization application from the server unit, and interprets and executes the received visualization application.

To provide a watching system with less labor.SOLUTION: A watching system 1 for watching an operator as a managed person includes a server 4 as a computer. The server 4 includes a server communication section 32 and a server control section 34. The server communication section 32 can receive ambient temperature information TI indicating ambient temperature in the periphery of the operator and a humidity information HI indicating humidity in the periphery of the operator. The server control section 34 calculates a hotness index WG being a function of the ambient temperature and humidity from the ambient temperature information TI and the humidity information HI. When it is recognized that a predetermined condition related to the hotness index WG is satisfied, the server control section 34 generates warning message information WI. The warning message information WI is the information related to a warning message WM and also related to a possibility of a heat stroke.SELECTED DRAWING: Figure 1

This invention discloses a hardware-software co-designed method and system for parallel configuration management of multi-unit servers. The invention utilizes a CPLD switching logic component within the monitoring and management blade and monitoring and management software (SMC) running on the CPU to perform parallel configuration management on each blade unit. The CPLD switching logic component includes two multiplexers: a master multiplexer and a slave multiplexer. The master multiplexer controls the serial port transmission channel, and the slave multiplexer controls the serial port reception channel. The master and slave multiplexers have independent switching control signals to achieve half-duplex parallel configuration of the serial port channels between the monitoring and management blade and the blade units. This invention aims to address the blocking problem caused by request execution time in situations where in-band service access networks and out-of-band monitoring and management networks are physically isolated, by using monitoring and management software (SMC) deployed on the monitoring and management unit to perform efficient configuration management on each unit server, thus resolving the blocking problem caused by request execution time.

The invention provides an FPGA (field programmable gate array)-based array server multi-protocol cooperative monitoring and control system and method, and belongs to the technical field of array server monitoring and control. The system comprises an FPGA main control unit, a multi-protocol adaptation unit, a server array interface unit and other functional units which are in structured connection; according to the method, operation is achieved through a closed-loop process of initialization, data collection, protocol conversion, time sequence coordination, state judgment, instruction issuing and loop execution. The FPGA serves as the core, compatibility and conversion of multiple protocols are achieved by means of the multi-protocol adaptation unit, transmission conflicts are avoided through the collaborative scheduling unit, parallel processing and comprehensive data collection design are combined, and the problems that a traditional system is single in protocol adaptation, frequent in conflict, inaccurate in data and poor in collaboration are solved. The universality, stability and accuracy of monitoring and control of the array server are improved, and efficient and reliable operation of the server is guaranteed.

The invention provides a data migration system and method based on a distributed agent, and relates to the technical field of data migration, the system comprises a central scheduler module used for decomposing a data migration task and constructing a directed acyclic graph; the model context protocol gateway module is used for connecting the language model service management module and a plurality of model context protocol service units and executing registration and screening of the model context protocol service units; the language model service management module is used for receiving the reasoning request of the model context protocol gateway module, switching an adaptive language model according to the reasoning request, outputting a migration decision and feeding back the migration decision to the model context protocol gateway module and the database reconstruction unit; the model context protocol service unit cluster supporting transverse expansion comprises a metadata analysis unit, a business code analysis unit, a server detection unit, a database reconstruction unit and a knowledge base migration unit. According to the method, high efficiency and stability of database migration can be realized.

A system for visualizing an automation system is proposed, which includes at least a server unit and at least one client unit. The server unit provides the client unit with a visualization application, which includes panorama data of the automation system and function blocks which define interactions for interaction points. The server unit integrates the function blocks in such a way into the visualization application that an interaction linked to a respective interaction point can be triggered by selecting the respective interaction point. The server unit exchanges machine data with the automation system to make the machine data available for the function blocks and the interactions integrated into the visualization application. The client unit retrieves the visualization application from the server unit to interpret and execute the received visualization application such that the panorama data of the automation system are displayed as representation of the automation system.