10 results about "Application enablement" patented technology

In the present method, an unmanned aerial vehicle system application enablement (UAE) server may determine, based on a received request, that a first UAV (UAV‑1) is to be replaced with a second UAV (UAV‑2). The UAE server may identify UAV‑2 based on a Civil Aviation Authority (CAA) level identifier (level ID) of UAV‑2. The UAE server sends a request to a SEAL group management (GM) server to perform a group membership update. The group membership update replaces UAV‑1 with UAV‑2. The UAE server receives a response message sent by the SEAL GM server. The request to perform a group membership update may include: (i) an ID of a UAE client, where the UAE client corresponds to a group of UAV‑1 and UAV‑C, (ii) a user equipment (UE) ID of UAV‑1, (iii) a UE ID of UAV‑2, and (iv) a CAA‑level ID of UAV‑2.

The invention discloses a traffic data processing method and device, a storage medium, equipment and a program product, which are applied to scenes of traffic data processing, directional traffic free flow and the like. The method is applied to an end-side multi-network transmission unit in a multi-network transmission system, and comprises the following steps: when a directional traffic free function is started for a service application program, obtaining configuration information containing an IP address list and CID field division information from a multi-network transmission controller; respectively establishing a first QUIC tunnel and a second QUIC tunnel with a first gateway and a second gateway in the multi-network transmission gateway according to the configuration information and a service target of the service application program; obtaining traffic data of the service application program and carrying out traffic screening to distinguish directional traffic and non-directional traffic; the non-directional traffic is sent to the first gateway for proxy forwarding through the first QUIC tunnel, and the directional traffic is sent to the second gateway for proxy forwarding through the second QUIC tunnel, so that the problem of failure of a directional traffic flow-free function in a multi-network transmission system is solved.

A computer implemented method for enabling a payment transaction in a computer system executed at least partially by a computer of a user connected via a communication network to a remote computer comprising a database of payment-related data, said method comprising the steps of: a) accessing the payment-related data of a user from within the database, wherein a web browser extension on the user's computer is invoked by the user clicking on a web browser extension graphical user interface (GUI) widget displayed on the user's computer, wherein secure network access is established to access the user's payment-related data from within the database; b) presenting the user's payment-related data via a pop-up window displayed on the user's computer, without requiring application programming interface integration with a website or a web application of a payee, and without requiring a form re-direct away from the website or the web application of the payee; c) enabling the payment transaction, wherein the web browser extension invokes an auto-complete function to automatically populate fields of a checkout form presented from the website or the web application of the payee with the user's payment-related data.

To provide a method that is performed by a first network function implementing an edge enabler server (EES) in an edge data network (EDN), regarding a vertical application in edge computing.SOLUTION: A method includes at least a step in which, in an EDN, an EES (421) receives, from a second network function (422) implementing an edge application server (EAS), a registration request message including information pointing to a first list of associated EAS information. Based on the associated EAS information, user equipment performs joint EAS discovery and selection for a vertical application in an edge deployment, thereby both of an application enabler client and an application-specific server in the user equipment communicating with the same application enabler server.SELECTED DRAWING: Figure 6

Computer-implemented methods and systems are disclosed for processing payment from a customer making a purchase in an online store. Embedded in the online store is an attachable element operable to provide a customer-side graphical user interface. The attachable element is enabled by a merchant application and receives contact information of the customer. Based on contact information from the customer, the customer may be identified as a new customer, and if so, a new user account is automatically created. Otherwise, if the customer is identified and verified as an existing customer, information from the customer's account is retrieved. A payment request from the customer is processed according to one or more rules configured through the merchant application. For example, the system may attempt to process the payment request through an instant payment rail, failing which the system attempts to complete the transaction through an alternative payment processor.

Disclosed is a system and a method for end-to-end QoS over Multi-Access Heterogeneous Networks (MAHN). The system and method implement an Application Enablement Platform (AEP) such that the AEP receives a request from an application of one or more applications, wherein the request is one of, a Quality on Demand (QoD) request or a proactive QoS request. Further, the AEP selects at least one network of a plurality of networks for the application based on the request, wherein when (i) the request is a QoD request, the selection of the at least one network is based on one of, a recommended network or a preferred network and (ii) when the request is a proactive QoS request, the selection of the at least one network is based on one more QoS parameters and a prediction model; and establishes a communication path between the at least one network and the application.

This application relates to devices and components including apparatus, systems, and methods for user consent at the application enablement layer of a network.

Methods are described herein for enabling VFL within mobile networks. VFL is a complex machine learning process that allows for learning with datasets from different data domains while preserving data privacy. This approach to federated learning allows for extracting potential insights and relationships that may exist between / among disparate data. However, dataset alignment between data from different domain presents an issue that needs to be managed to preserve privacy. An application enablement server, serving as a trusted third party, may be able to enable vertical federated learning within mobile networks.

The invention relates to a multi-screen projection method and device, electronic equipment and a vehicle, and is applied to the technical field of intelligent interaction. The multi-screen projection method is applied to a screen projection receiving end, and the screen projection receiving end comprises at least two screens. Comprising the following steps: in response to starting of a target application program with a screen projection function, creating virtual equipment corresponding to each screen; broadcasting virtual equipment information corresponding to the virtual equipment in the local area network, so that a screen projection sending end creates a virtual equipment list corresponding to at least two screens based on the virtual equipment information, and generates a screen projection instruction in response to a screen selection operation of a user in the virtual equipment list; receiving a screen projection instruction; and displaying the screen projection content on the target screen corresponding to the target virtual device information in a screen projection manner, thereby enabling a screen projection sending end to display virtual device lists corresponding to at least two screens by creating a virtual device corresponding to each screen, facilitating screen selection operation of a user, and improving user experience.

Systems and methods for selective on-device latency reduction include receiving data requesting that an application associated with a user device be utilized and identifying on-device functionality enabled for the application. Data may be generated that includes a subset of content associated with the on-device functionality and is configured to be utilized by a device in the environment to perform the on-device functionality. This data may be sent to the device in question and may configure the device to process input data associated with the on-device functionality and utilize commands associated with the subset of content based at least in part on processing the input data with the on-device functionality.