Abstract: Provided is a method for removing flicker in a video by an electronic device, the method including obtaining a plurality of red-green-blue (RGB) video frames of a scene in a field of preview of a camera included in the electronic device, obtaining a position of at least one light source in the plurality of video frames, obtaining a brightness of the at least one light source based on the position of the light source, obtaining a de-flickering factor for each pixel in the plurality of video frames based on the position of the at least one light source and the brightness of the at least one light source, and applying the de-flickering factor to each of the plurality of video frames to remove the flicker.

Abstract: Provided is a method for removing flicker in a video by an electronic device, the method including obtaining a plurality of red-green-blue (RGB) video frames of a scene in a field of preview of a camera included in the electronic device, obtaining a position of at least one light source in the plurality of video frames, obtaining a brightness of the at least one light source based on the position of the light source, obtaining a de-flickering factor for each pixel in the plurality of video frames based on the position of the at least one light source and the brightness of the at least one light source, and applying the de-flickering factor to each of the plurality of video frames to remove the flicker.

Abstract: A method for generating at least one data item from a screenshot and an electronic device therefor are provided. The method includes detecting, by the electronic device, a screenshot comprising content displayed on a screen of the electronic device and determining, by the electronic device, data item parameters associated with the content in the screenshot. The method also includes generating, by the electronic device, at least one data item from the screenshot based on the data item parameters, and storing, by the electronic device, the at least one data item in a file in the electronic device.

Abstract: Host content is received from a host device coupled to an external display device. The host content is displayed on the external display device when an orientation state of the external display device is a first orientation state. Change of the orientation state from the first orientation state to a second orientation state is detected, e.g., with a sensor. Orientation data corresponding to the second orientation state is transmitted to the host device. Host content, which has been transformed by a rendering pipeline configured at the host device based on the transmitted orientation data corresponding to the second orientation state, is received from the host device. The transformed host content is displayed on the external display device in response to the orientation state of the display device being changed to the second orientation state. In other embodiments, the display may be updated continuously during the orientation change.

Abstract: A clock signal generator comprising an input pin for receiving an oscillating signal and an output pin for providing a clock signal. The clock signal generator also comprises a frequency divider connected between the input pin and the output pin. The frequency divider having a plurality of frequency division factors associated therewith, wherein, in use, the frequency divider is configured to apply one of the plurality of frequency division factors as an in-use frequency division factor to the oscillating signal in order to generate the clock signal. The clock signal generator further comprising a controller configured to periodically replace the in-use frequency division factor with another of the plurality of frequency division factors.

Abstract: A clock signal generator comprising an input pin for receiving an oscillating signal and an output pin for providing a clock signal. The clock signal generator also comprises a frequency divider connected between the input pin and the output pin. The frequency divider having a plurality of frequency division factors associated therewith, wherein, in use, the frequency divider is configured to apply one of the plurality of frequency division factors as an in-use frequency division factor to the oscillating signal in order to generate the clock signal. The clock signal generator further comprising a controller configured to periodically replace the in-use frequency division factor with another of the plurality of frequency division factors.