6 results about "Application Context" patented technology

A method of transferring application context over a fifth-generation (5G) edge network, including: receiving, by a source edge enabler server (EES) from a source edge application server (EAS), a request to exchange application context data with a target EAS, wherein the application context data relates to an application which is to be transferred from the source EAS to the target EAS; transmitting the request from the source EES to a target EES; receiving, by the source EES from the target EES, a response including connection information for transferring the application context data; and transmitting the response to the source EAS, wherein the application context data is exchanged directly between the source EAS and the target EAS based on the connection information.

A digital adoption platform includes a page change identification technique. The page change identification technique is platform and application agnostic. Changes in screenshots of a UI of an application are compared. Differences between screenshots are compared using a cross-correlation technique. Trigger conditions are defined to reduce the computational resources required. Additional optimizations to reduce processing resources and optimize accuracy may also be included.

A digital adoption platform includes a page change identification technique. The page change identification technique is platform and application agnostic. Changes in screenshots of a UI of an application are compared. Differences between screenshots are compared using a cross-correlation technique. Trigger conditions are defined to reduce the computational resources required. Additional optimizations to reduce processing resources and optimize accuracy may also be included.

The present disclosure relates to a system (108) and method (500) for managing one or more application contexts in a network (106) is described. The system (108) comprises a processing unit (208) coupled to a network node (212), wherein the network node (212) is configured to receive (302), by the network node (212), at least one procedure from one or more user equipments (UEs) (104), create (304), by the network node (212), the one or more application contexts corresponding to each of the received at least one procedure, initiate (306), by the network node (212), a session audit timer corresponding to the created one or more application contexts and release (308), by the network node (212), release the one or more application contexts upon expiry of the session audit timer if the one or more application contexts is not released after execution of the received at least one procedure.

Embodiments of the present disclosure relate to a semantic framework for variable haptic output. The invention provides methods and apparatuses that organize multiple haptic output variants into a tightly integrated semantic framework that uses various information about alert conditions and triggers, application context and other conditions to provide a haptic output system that shares characteristics between related events. In some embodiments, an event class or application class provides a basis for corresponding haptic output. In some embodiments, whether an alert prominence setting is on or off is provided as a basis for adding an increased prominence haptic output to standard haptic output for an alert. In some embodiments, consistent haptics provide branding of associated application classes, applications and / or contexts.

Techniques are disclosed for generating application context based on information associated with an application, generating one or more adversarial inputs based on the application context and data describing one or more adversarial prompt patterns, and providing the adversarial inputs for evaluation of the application. The techniques enable context-aware generation of adversarial inputs that can be used to assess the behavior and security posture of applications, including applications that incorporate large language models or rely on multi-component orchestration workflows.