Abstract: A method may include receiving, from a first device, multimedia data related to a theme applied on the first device, determining, using an artificial intelligence (AI) model, one or more theme attributes based on the multimedia data, and obtaining one or more editable features associated with a display of a second device. The method may include obtaining a plurality of theme elements for each combination of a theme attribute from among the one or more theme attributes and an editable feature from among the one or more editable features, obtaining a plurality of themes based on the plurality of theme elements, and determining, as the theme to be generated for the second device, a theme with a maximum cardinality score from among the plurality of themes. The second device may be coupled with the first device. Each of the plurality of themes may include a corresponding cardinality score.

Abstract: A method for managing a user interface (UI) comprises: determining total number of UI objects on a screen of an electronic device, an area covered by each of the UI objects, and a total area covered by the UI objects; obtaining a screen complexity level based on the determination; obtaining a frequency of occurrence of an error while performing at least one user operation on at least one of the UI objects; estimating a size of a fingertip of a user used for operation on one or more of the UI objects; determining a difficulty level for operating the at least one of the UI objects based on the screen complexity level, the frequency of occurrence of an error, and the size of the fingertip of the user; and rendering one or more UI screens with at least one modified UI object based on the determined difficulty level.