Abstract: The present disclosure relates to a method and a system for reducing functional ambiguity from an image. In one embodiment, an input image is received and processed to identify objects. Spatial proximity score of the identified objects are determined based on which functional proximity score of functionalities associated with the identified objects is further determined. Upon determining the functional proximity score, possible domain of all the functionalities associated with the identified objects is determined. Further, a domain score is determined based on which the ambiguity of the domain related to the input image is reduced. A text summary of objects, functionalities and possible domains associated with the input image is then generated upon mapping with one or more user profiles and displayed to end user.

Abstract: The present disclosure relates to a method and a system for reducing functional ambiguity from an image. In one embodiment, an input image is received and processed to identify objects. Spatial proximity score of the identified objects are determined based on which functional proximity score of functionalities associated with the identified objects is further determined. Upon determining the functional proximity score, possible domain of all the functionalities associated with the identified objects is determined. Further, a domain score is determined based on which the ambiguity of the domain related to the input image is reduced. A text summary of objects, functionalities and possible domains associated with the input image is then generated upon mapping with one or more user profiles and displayed to end user.

Abstract: The present disclosure relates to a method and a system for controlling display of content to user. In one embodiment, an input image of the user is captured and processed to detect the presence of spectacles in the input image. On detecting the absence of spectacles, the content available for display is processed to identify readable and non-readable content and refractive error correction factor for the non-readable content is determined. Based on the determined refractive error correction factor, the display of both the readable and non-readable content is controlled and the content is displayed.