11 results about "Supplier identifier" patented technology

The present disclosure provides techniques to enhance privacy and security for wireless communications involving vendor-specific physical layer (PHY) extensions. A client device generates an obfuscated vendor identifier (ID) by applying one or more transformation functions to a real vendor ID. The client device generates an encrypted message, where the encrypted message comprises obfuscation data, which, when used, converts the obfuscated vendor ID into the real vendor ID. The client device transmits the encrypted message to an access point (AP). The client device transmits a data packet containing the obfuscated vendor ID to the AP.

The invention discloses a method and a device used for wireless communication. The first network device sends a first signaling, wherein the first signaling indicates a first supplier identifier; receiving a second signaling, wherein the second signaling indicates that the first supplier identification is associated to a first server; wherein the first supplier identifier is used for discovering the first server; the first signaling and the second signaling are transmitted through a first interface; the first interface is an interface between network equipment. The application is beneficial to improving the openness and flexibility of interaction between the wireless network system and the application server, and further beneficial to improving the service performance of the application server in the wireless network system.

The present disclosure provides techniques to enhance privacy and security for wireless communications involving vendor-specific physical layer (PHY) extensions. A client device generates an obfuscated vendor identifier (ID) by applying one or more transformation functions to a real vendor ID. The client device generates an encrypted message, where the encrypted message comprises obfuscation data, which, when used, converts the obfuscated vendor ID into the real vendor ID. The client device transmits the encrypted message to an access point (AP). The client device transmits a data packet containing the obfuscated vendor ID to the AP.

In one embodiment, a unique (or quasi unique) identifier can be received by an application store, or other on-line store, and the store can create a signed receipt that includes data desired from the unique identifier. This signed receipt is then transmitted to a device that is running the application obtained from the on-line store and the device can verify the receipt by deriving the unique (or quasi-unique) identifier from the signed receipt and comparing the derived identifier with the device identifier stored on the device, or the vendor identifier assigned to the application vendor.

Apparatuses, systems, methods, and computer program products are disclosed for mining supplier identifier matching and interfaces. A method includes maintaining a database storing supplier mining equipment identifiers and manufacturer mining equipment identifiers. A method includes correlating supplier mining equipment identifiers with manufacturer mining equipment identifiers using a matching algorithm that applies fuzzy logic and data clustering to resolve non-standardized identifier discrepancies, thereby creating mappings between the supplier mining equipment identifiers and the manufacturer mining equipment identifiers in a database. A method includes providing, via an application programming interface (API), dynamic, real-time access for users to query and retrieve mining equipment manufacturer information based on the correlated supplier mining equipment identifiers.

This invention discloses a full-process monitoring data management system for an inward-opening window assembly line, belonging to the field of industrial automation and data processing technology. It includes a distributed data acquisition and preprocessing module, used to collect sensor data from various production nodes on the production line and attach high-precision timestamps and material supplier identifiers, providing traceable foundational data for subsequent latency calculations and semantic consistency analysis. A data semantic consistency quantification module calculates the KL divergence value of the current sensor data distribution relative to a preset reference data distribution model and uses an exponential function for mapping, generating a quantified semantic consistency health index. This enables accurate assessment of data quality changes caused by the mixing of materials from new and old suppliers. This invention provides a solid and reliable input for subsequent model evaluation and decision-making.

The invention relates to a full-process monitoring data management system for an inward windowing assembly production line, which belongs to the technical field of industrial automation and data processing, and comprises a distributed data acquisition and preprocessing module for acquiring sensor data on the production line at each production node and adding a high-precision timestamp and a material supplier identifier, basic data with clear traceability is provided for subsequent time delay calculation and semantic consistency analysis; and the data semantic consistency quantification module calculates a KL divergence value of current sensor data distribution relative to a preset reference data distribution model and performs mapping processing by using an exponential function to generate a quantified semantic consistency health degree index so as to realize accurate evaluation of data quality change caused by mixed use of new and old supplier materials. According to the method, solid and reliable input is provided for subsequent model evaluation and decision-making.

The invention discloses a data management method, a computing device and a computer readable storage medium, and the method comprises the steps: obtaining the material information of a to-be-managed material, the material information comprising a material identifier, a station identifier and a supplier identifier; the material identifier comprises a material number and a material name; forming a first composite primary key of the to-be-managed material according to the material number, the station identifier and the supplier identifier, and querying a preset PFEP database based on the first composite primary key; in response to the fact that the PFEP data matched with the to-be-managed material is not queried, forming a second composite primary key of the to-be-managed material according to at least one of the station identifier and the supplier identifier and the material name, and retrieving a preset PFEP data template library based on the second composite primary key; and in response to the retrieved PFEP data template matched with the to-be-managed material, generating PFEP data of the to-be-managed material according to the PFEP data template matched with the to-be-managed material. Therefore, the PFEP data management efficiency and accuracy can be effectively improved.

Embodiments include methods for a consumer network function (NFc). Such methods include registering the following with a network repository function (NRF): a vendor identifier (ID) associated with the NFc; and one or more analytics IDs associated with ML models supported by the NFc, including a first analytics ID associated with a first ML model produced, owned, and / or maintained by a producer NF (NFp). Such methods include sending a request for the first ML model to the NFp. The request includes the first analytics ID and the vendor ID associated with the NFc. Such methods include receiving from the NFp a response including a universal resource locator associated with a second NF, from which the ML model can be obtained. Other embodiments include complementary methods for an NFp, an NRF, and an ADRF of the communication network, as well as network nodes or functions configured to perform such methods.

The invention relates to a flow limiting management method based on concurrency control, and the method comprises the steps: receiving a service request, analyzing a supplier identifier and a service identifier in the service request, and querying a corresponding flow limiting configuration parameter according to the supplier identifier and the service identifier; obtaining a concurrency limiter instance associated with the supplier identifier and the service identifier, wherein the concurrency limiter instance adopts an atomic counter to realize concurrency state tracking; obtaining a permission method of the concurrency limiter instance, and allocating an execution permission when the current concurrency number does not exceed the maximum concurrency number threshold; dynamically adjusting the maximum concurrency number threshold value of the concurrency limiter instance, and updating a corresponding current limiting configuration parameter according to a real-time system load; and registering the current concurrency number of the concurrency limiter instance and the updated current limiting configuration parameter to a monitoring system to realize real-time monitoring of the concurrency condition.

The invention discloses a method for converting an e-commerce temporary order into a formal order. The method comprises the following steps: receiving and verifying the state, the validity period and the address attribution of the temporary order; forming an aggregation key according to the supplier identifier, the region identifier, the warehouse type and whether wholesale occurs, performing multi-dimensional splitting on the commodity set to obtain at least one sales sub-order, and generating a cost sub-order for the freight; a serial number system associated with payment is generated, and when multiple sales sub-orders or expense sub-orders exist, a top-layer serial number and multiple sub-serial numbers are generated and associated with the top-layer serial number and the multiple sub-serial numbers are stored; and the promotion activities and the coupons are allocated in the target sub-orders or the target commodities in proportion or according to rules according to the application range, and amount validity verification is carried out. The invention further discloses a system for converting the e-commerce temporary order into the formal order. According to the invention, an integrated closed loop of a supply chain, promotion, logistics and finance is realized.