29 results about "Auto-configuration" patented technology

In accordance with an embodiment, a first network entity is configured to provide analytics serving area information to a second network entity of a mobile communication network, where the analytics serving area information is based on a spatial area of analytics generated by the first network entity.

A premises control unit in communication with at least one battery operated sensor of a premises security system is provided. The premises control unit includes processing circuitry configured to configure at least one parameter for the at least one battery operated sensor where the configuration of the at least one parameter is based at least on data collected by the premises security system, and the at least one parameter includes at least sleep cycles for the at least one battery operated sensor.

This application discloses a protocol migration method, apparatus, electronic device, and medium, relating to the field of database technology. The method includes: generating a flow control rule set based on a preset migration order and node information of cluster nodes in a target database that have enabled a dual-protocol stack listening mechanism; the target protocol address is generated by the cluster nodes based on a stateless address auto-configuration mechanism; distributing the flow control rule set to network devices connected to the cluster nodes, enabling the network devices to perform flow control on the cluster nodes according to the flow control rule set; and controlling the target database to update the address field of the cluster nodes in the cluster topology table from the original protocol address to the target protocol address, so that the cluster nodes switch node communication from the original protocol to the target protocol based on the updated cluster topology table. This application achieves full-process automation of protocol migration, precise flow control at the node level, and seamless and smooth decommissioning of old protocols without any service interruption.

The application relates to the storage field and relates to an automatic configuration method of a RAID array card and a configuration system thereof. The application solves the problems that the RAID array card cannot be preconfigured in the prior art, and the manual configuration process is prone to misoperation and high in labor cost. The application comprises the following steps: saving the default automatic creation virtual disk and configuration data of the RAID array card in a serial peripheral interface flash memory; setting two M.2 SSD system disks of the same model and capacity and a microprocessor MCU in the RAID array card; setting a trigger automatic configuration under the condition that hardware requirements and trigger time are met through a configuration management module responsible for executing an automatic configuration process; realizing the automatic configuration of the RAID array card; greatly reducing the complex operation of manual creation of the user, reducing the consideration of human error, and putting forward the demand for automatic configuration of the RAID, which is realized through the automatic configuration, so as to achieve the purpose of being used as soon as powered on.

The embodiment of the present application provides a production line control method and system. The control method comprises the following steps: determining the process number and the work order quantity of each process of a product to be produced; generating a work order task of each process according to the process number and the work order quantity, wherein the work order task comprises a work order number and the process number; sending each work order task of each process to a workstation client of a corresponding process area; when each process is executed, starting the work order task through the workstation client of the current process, calling corresponding process parameters based on the process number and configuring the process parameters into the workstation equipment of the corresponding workstation, and generating a work order task record of the corresponding work order number after each work order task is completed. The embodiment of the present application can automatically configure process parameters of equipment and record production process data in real time, thereby guaranteeing product quality and traceability of the production process.

machine. 20 25 27 12 50 25 N ov 2 02 5 A B S T R A C T O F T H E D I S C L O S U R E 2 0 2 5 2 7 1 2 5 0 2 5 N o v 2 0 2 5 m a c h i n e . Current configuration Order product (database, MDE, Configuration operator input) change request EGM Supplier 2 EGM Supplier input Interface (sales, PMO) 1 (Sales, Website, etc.) Operator Configuration Script Generator Game Database All configuration abilities and game rules of all EGM 4 Configuration Script Supplier games (manifest, 3 new database, Matrix, Configuration Script delivered to operator Airtable, etc.) (email, website, thumbdrive, etc.) FIG. 1A 20 25 27 12 50 25 N ov 2 02 5 2 0 2 5 2 7 1 2 5 0 2 5 N o v 2 0 2 5 Current configuration O r d e r p r o d u c t ( d a t a b a s e , M D E , C o n f i g u r a t i o n o p e r a t o r i n p u t ) c h a n g e r e q u e s t E G M S u p p l i e r 2 E G M S u p p l i e r i n p u t I n t e r f a c e ( s a l e s , P M O ) 1 (Sales, Website, etc.) Configuration Script G e n e r a t o r 4C o n f i g u r a t i o n S c r i p t3 C o n f i g u r a t i o n S c r i p t delivered to operator ( e m a i l , w e b s i t e , t h u m b d r i v e , e t c . )

The embodiment of the specification provides a test method, which can be executed by a host computer and used for testing a message filtering function of a target controller in a device under test. When the method is implemented, current register information of the target controller is automatically acquired after a target test case is executed, and a target ID range is determined according to the register information. Then, based on test information such as the actual received message and the target ID range, the filtering function test is automatically completed. The method can automatically configure the controller through register configuration information in the test case, and automatically acquire the register state after the test, so that full-process automation is realized. This avoids errors, delays and interruptions that may be introduced by manual configuration, reading records and result checking, and significantly improves the continuity, efficiency and accuracy of the test process.

The computer system can operate to associate each of the first and second layers of the graphic design with a mutable data structure. The first layer contains a single component associated with multiple instances, and the multiple instances collectively define multiple states associated with the component. The computer system can simulate the graphic design as it will be deployed in a production environment by (i) setting active values ​​for the mutable data structure based on the attributes of one of the multiple instances of the component, and (ii) automatically configuring the attributes of the objects in the second layer based on the active values ​​of the mutable data structure.

This disclosure provides a service policy configuration method, device, apparatus, and storage medium. The method includes: receiving service request information sent by a terminal; the service request information carrying service configuration parameter information of the terminal; parsing the service request information to obtain the service configuration parameter information of the terminal; generating a service configuration message message conforming to the communication protocol between core network elements based on the service configuration parameter information and authentication configuration parameter information; the authentication configuration parameter information is obtained when authenticating the terminal; configuring an initial service policy according to the service configuration message message, and providing service to the terminal according to the initial service policy. This eliminates the need for manual configuration of the core network system, allowing the core network system to automatically adapt to terminal needs and automatically configure service policies, reducing the likelihood of configuration errors during manual configuration and effectively improving the efficiency of service configuration for the core network system.

This invention relates to an automatic configuration method, system, and medium for network gateways based on multimodal input. The method includes: collecting multi-source application information related to network gateway configuration through various information acquisition methods; inputting the multi-source application information into a multimodal information fusion engine to obtain a standardized application information dataset; inputting the application information dataset into a policy adaptive generation engine to obtain a target security policy; converting the target security policy into policy configuration parameters recognizable by the network gateway device, and writing it into the network gateway device to achieve automatic network gateway configuration. Compared with existing technologies, this invention significantly improves the accuracy and scenario adaptability of network gateway configuration and reduces long-term operation and maintenance costs.

This application provides an ECU module configuration method, apparatus, electronic device, and storage medium, comprising: responding to a user's module operation on model design software, obtaining a target feature vector of the target ECU module corresponding to the module operation; wherein, the target feature vector is obtained by quantizing the multi-dimensional feature parameters of the target ECU module among multiple ECU modules, the elements in the target feature vector having the same dimension, and the multi-dimensional feature parameters including safety risk level, functional domain correlation, MCU hardware compatibility, communication protocol matching degree, and historical failure rate; determining multiple recommended ECU modules matching the target ECU module among the ECU modules based on the target feature vector and the feature vectors of other ECU modules; configuring the multiple recommended ECU modules and the target ECU module to generate a recommended combination of ECU modules. This application can realize automatic configuration of ECU modules, improving the configuration efficiency and accuracy of ECU modules.

This invention relates to a method, apparatus, equipment, and medium for automatic configuration and cost calculation of miscellaneous charges. The method includes constructing a multi-dimensional standardized template library and completing import verification to form a set of callable pricing rules; upon receiving a calculation request, retrieving and preprocessing order-related data across systems; filtering candidate rules through a rule matching engine and determining the optimal billing basis by weighting and sorting according to a preset priority system; adapting the billing mode and formula based on this basis, initiating batch parallel calculations and handling anomalies synchronously; and supporting multi-format export and cross-system synchronization after integrating the results. This invention includes modules for template library construction and verification, data retrieval and preprocessing, rule matching and sorting, cost calculation and anomaly handling, and result integration and synchronization. It achieves automatic configuration and efficient calculation of miscellaneous charges, improves data accuracy and process closure, adapts to the needs of multiple scenarios throughout the warehousing and logistics process, and significantly reduces labor costs.

This invention relates to the field of electronic technology, specifically to an automatic ID configuration circuit for multiple slave controllers in a battery management system. The circuit includes a main board and several slave boards, which are connected in series and electrically connected to the main board. Each slave board is electrically connected to a battery box. Each slave board is equipped with a configuration resistor R1, an AD sampling module group, and a main chip MCU. The main chip MCU obtains the slave board ID code by dividing the voltage across the resistor by the voltage drop across the configuration resistor R1, and transmits the ID code and the voltage information to the slave board. This invention requires only one power supply from the main board, and the multiple slave boards are connected in series, simplifying assembly, eliminating signal transmission, and providing strong anti-interference capabilities. The main board power supply output does not require separate isolation, and the slave board hardware only needs two ADCs for acquisition, resulting in low chip resource consumption. The slave board hardware and software are identical and can be directly replaced, reducing inventory pressure. Furthermore, no additional ID configuration is required, improving system stability and reliability.

The application discloses a roadside unit modular system and method for V2X vehicle networking, comprising a main control mainboard, a plurality of function modules in communication connection with the main control mainboard, a standardized connector module and an intelligent adaptive management and control unit arranged on the main control mainboard; the function modules are in the form of pluggable function subcards; the intelligent adaptive management and control unit comprises a module identification subunit, a drive adaptation subunit and a collaborative control subunit; the M.2 golden finger interface is adopted as the pluggable hardware, the RSU full modularization is realized, the intelligent adaptive management and control unit is designed, the function subcard plug-and-play is realized through module automatic identification, drive automatic loading and parameter automatic configuration, the built-in multi-module intelligent collaborative control mechanism is adopted, the automatic matching collaborative operation of the subcard combination that has been accessed is realized to realize the seamless linkage of the multi-modules, the full-standardized interface is adopted, different manufacturers, different protocol versions, different performance grade function modules are compatible, and the adaptation of the equipment is further improved.

This system provides a terminal provisioning system that simplifies terminal management, reduces terminal provisioning time, and alleviates the burden on system administrators in a hybrid AD configuration where terminals join domains to both the internal network and the internet. [Solution] In the terminal provisioning system 10, automatic provisioning data, including a device name change script, is stored in the automatic provisioning data storage means 32 in the cloud environment. When the user terminal 80 is powered on, the automatic provisioning data is acquired and the terminal provisioning process is executed. The device name change script is registered with the task scheduler 83. After the terminal provisioning process is completed, the device name change script is executed to change the temporary device name stored in the AD server 60 in the on-premises environment to the device name for official registration.

20 25 27 12 49 25 N ov 2 02 5 A B S T R A C T O F T H E D I S C L O S U R E 2 0 2 5 2 7 1 2 4 9 2 5 N o v 2 0 2 5 Current configuration Order product (database, MDE, Configuration operator input) change request EGM Supplier 2 EGM Supplier input Interface (sales, PMO) 1 (Sales, Website, etc.) Operator Configuration Script Generator Game Database All configuration abilities and game rules of all EGM 4 Configuration Script Supplier games (manifest, 3 new database, Matrix, Configuration Script delivered to operator Airtable, etc.) (email, website, thumbdrive, etc.) FIG. 1A 20 25 27 12 49 25 N ov 2 02 5 2 0 2 5 2 7 1 2 4 9 2 5 N o v 2 0 2 5 Current configuration O r d e r p r o d u c t ( d a t a b a s e , M D E , C o n f i g u r a t i o n o p e r a t o r i n p u t ) c h a n g e r e q u e s t E G M S u p p l i e r 2 E G M S u p p l i e r i n p u t I n t e r f a c e ( s a l e s , P M O ) 1 (Sales, Website, etc.) Configuration Script G e n e r a t o r 4Configuration Script 3 C o n f i g u r a t i o n S c r i p t delivered to operator ( e m a i l , w e b s i t e , t h u m b d r i v e , e t c . )

This application provides an automated testing method, circuit, and device to address the problems of test interruption, inaccurate load matching, and difficulty in confirming connection status caused by manual switching of capacitive loads in existing server power supply testing. This solution establishes a load control sequence corresponding to each test item based on preset test information. It automatically controls the switching actions corresponding to each capacitor in a predetermined order, changing the connection status of the capacitor bank and the switching power supply output line to form the target capacitive load. The corresponding test item is executed only after confirming that the connection status meets the requirements. This enables continuous automatic configuration, accurate matching, and status verification of capacitive loads under different test items, improving test continuity, automation, and the reliability of test results.

Access point network equipment has communication ports that allow communications with other network components and a cloud based AP device management system having an Auto Configuration Service (ACS). Communications cables coupled to ports can be easily removed and replaced with unauthorized devices that have access to the network creating a security breach. When an authorized cable or plug is removed from a port, a link down event can be detected by tamper detection software running on the access point network equipment and the link down event information can be transmitted to the cloud / Map service. When a link down events is detected, the cloud / ACS transmits instructions to the access point network equipment to perform various possible security actions to protect the network.

Systems and methods that, following a request for configuration data associated with an electronic gaming machine, receive a configuration script associated with the electronic gaming machine. Responsive to an occurrence of a configuration event, the systems and methods cause an application of the configuration script to automatically configure the electronic gaming machine.

The application provides a full-process automatic management method and system for a bare metal server, and the method comprises the following steps: automatically obtaining initial configuration information of a server to be managed; automatically allocating an out-of-band management network address for the server to be managed; controlling the server to be managed to start and load a memory operating system through a network, obtaining state information according to an identity in the memory operating system, and the state information is used to determine a preset processing operation to be executed; determining a target operation to be executed from the preset processing operation by a proxy process and executing the target operation; after the target operation is executed, if the state information indicates that node registration is needed, a node registration request is initiated to a cloud platform bare metal service, and the server to be managed is registered as a bare metal node; and after the server to be managed is successfully registered as the bare metal node, a switch port connected with the server to be managed is automatically configured, and batch installation verification is performed. The application realizes full-process automatic management of the bare metal server.

The application discloses a system-on-chip-based peripheral attribute sorting method, which comprises the following steps: establishing communication with peripherals mounted on a system bus through a bridge and distinguishing different types of peripherals; configuring the number of different peripheral attributes in each type of peripheral; and sorting the peripheral attributes of each type of peripheral according to the number of the same type of peripheral attribute. By executing the peripheral attribute sorting method, the system bus is mounted with multiple types of peripherals, and the different peripheral attributes in each type of peripheral are allowed to be configured and sorted according to the number of the same type of peripheral attribute, so that the automatic configuration of the different peripheral attributes in each type of peripheral is completed in the same type of peripheral attribute sorting mode of different peripherals, the peripheral system where the bridge is located is more universal, the demand of different chip interface design projects is compatible, and different application scenarios are adapted.

Systems and methods that receive data associated with a request of a new software package to be installed on an electronic gaming machine, and determine a current configuration of the electronic gaming machine. The systems and methods further generate, at least partially based on the current configuration of the electronic gaming machine, a configuration script associated with the new software package, and cause a delivery of the generated configuration script.

The application discloses a distributed service resource configuration method, device and system, which can be used in the field of artificial intelligence technology, and the method comprises the following steps: determining the calling data of the target service node container of the distributed service arranged on each virtual machine; determining the calling frequency of each target service node container according to the calling data, determining the corresponding resource allocation strategy according to the calling frequency and the service property of the target service node container on each virtual machine; updating the number of service node containers of the virtual machine of the distributed service and the corresponding physical machine according to the resource allocation strategy, and configuring the distributed service to the updated physical machine. The application starts from the actual business scene, automatically configures the server resources according to the calling frequency and the service property of the distributed service to the service node container, makes the resource configuration more objective and in line with the business scene demand, reduces the workload of the operation and maintenance personnel, and improves the configuration efficiency of the distributed system service resources.

The application relates to the technical field of computers, and provides a multi-network card configuration method, a multi-network card configuration system, electronic equipment and a storage medium, the method comprising the following steps: configuring an initialization container in a workload yaml, and configuring a docker binding network command in the initialization container; delivering configuration parameters to a KubeEdge cluster end device, so as to obtain host environment variables in the KubeEdge cluster end device through the configuration parameters; and performing multi-network card configuration based on the host environment variables and the docker binding network command. The multi-network card configuration method provided by the application adds a docker binding network command in an initialization container through the initialization container function of Kubernetes, realizes multi-network card configuration of a container on a KubeEdge cluster end device, solves the problem of manually performing multi-network configuration of a docker container, and realizes automatic configuration of multi-network cards of a container on the KubeEdge cluster end device.

This disclosure relates to the automatic configuration of replacement field devices in an industrial plant. A computer-implemented method for configuring a new field device in an industrial plant includes the following steps: ● detecting that a new field device is connected to the industrial plant's network; ● obtaining driver information and / or software that allows communication with the new field device and indicates configuration parameters for the new field device; ● determining a previously used field device to be replaced by the new field device; ● determining whether the driver information and / or software of the new field device matches the previously used driver information and / or software of the previously used field device; and ● if they match, providing the new field device with the previously used configuration parameters of the previously used field device; and ● if they do not match, providing the new field device with new configuration parameters through operation.

20 25 27 12 53 25 N ov 2 02 5 A B S T R A C T O F T H E D I S C L O S U R E 2 0 2 5 2 7 1 2 5 3 2 5 N o v 2 0 2 5 Current configuration Order product (database, MDE, Configuration operator input) change request EGM Supplier 2 EGM Supplier input Interface (sales, PMO) 1 (Sales, Website, etc.) Operator Configuration Script Generator Game Database All configuration abilities and game rules of all EGM 4 Configuration Script Supplier games (manifest, 3 new database, Matrix, Configuration Script delivered to operator Airtable, etc.) (email, website, thumbdrive, etc.) FIG. 1A 20 25 27 12 53 25 N ov 2 02 5 2 0 2 5 2 7 1 2 5 3 2 5 N o v 2 0 2 5 Current configuration O r d e r p r o d u c t ( d a t a b a s e , M D E , C o n f i g u r a t i o n o p e r a t o r i n p u t ) c h a n g e r e q u e s t E G M S u p p l i e r 2 E G M S u p p l i e r i n p u t I n t e r f a c e ( s a l e s , P M O ) 1 (Sales, Website, etc.) Configuration Script G e n e r a t o r 4C o n f i g u r a t i o n S c r i p t3 C o n f i g u r a t i o n S c r i p t delivered to operator ( e m a i l , w e b s i t e , t h u m b d r i v e , e t c . )