Abstract: A method and apparatus for normalizing an image in an image capturing device includes receiving a processed image by the image device. The processed image is brightness normalized to create a brightness normalized image. The brightness normalized image is provided to an artificial intelligence engine for processing.

Abstract: A method for removing date/time of a digital image file having a predefined date/time stamp location in an imaging device, wherein the image data of the digital image, and a position coordinates of the predefined date/time stamp location, are stored in the digital image file. The method includes: selecting the digital image having the predefined date/time stamp location; obtaining and saving the image data and the position coordinates of the predefined date/time stamp location from the digital image file; and applying the original date/time stamp according to the position coordinates of the predefined date/time stamp location.

Abstract: A data encoding system for encoding image data in a buffer includes a codec, a ratio calculator, and a controller. The codec is configured for reading the image data from the buffer in parts, encoding the read parts of the image data using a compression ratio, and writing the encoded parts back to the buffer. The ratio calculator is configured for calculating a first ratio of the size of the encoded parts to the amount of free space of the buffer before any part of the image data was encoded, and a second ratio of size of the read parts to that of the entire image data. The controller determines whether the first ratio is larger than the second ratio, increasing the compression ratio if the first ratio is larger than the second ratio, and controlling the codec to re-encode the image data using the increased compression ratio.

Abstract: A method for removing date/time of a digital image file having a predefined date/time stamp location in an imaging device, wherein the image data of the digital image, and a position coordinates of the predefined date/time stamp location, are stored in the digital image file. The method includes: selecting the digital image having the predefined date/time stamp location; obtaining and saving the image data and the position coordinates of the predefined date/time stamp location from the digital image file; and applying the original date/time stamp according to the position coordinates of the predefined date/time stamp location.

Abstract: A recording system used in an electronic device includes a setting module, a recording module, a timing module, a warning module, a storage module and an activating module. The setting module is configured for setting an on/off parameter, an early-warning time, a starting time and an end time of a recording. The recording module is configured for making the recording at the starting time. The timing module is configured for determining a remaining time of the recording. The warning module is configured for comparing the remaining time with the early-warning time, and outputting a warning notification if the remaining time is less than the early-warning time. The storage module is configured for storing the recording. The activating module is configured for reading the on/off parameter and determining whether to activate the recording module to continue for next recording according to the on/off parameter when the recording has concluded.

Abstract: A format auto-set system for setting an output format of the imaging device includes a connecting module for connecting the imaging device to a display device having a screen, a processing module for outputting an image from the imaging device to the display device via the connecting module in a first output format and a second output format, an image capturing module for capturing images displayed on the screen of the display device, a judging module for determining which image displayed on the screen most resembles the image output from the imaging device and generating a setting signal, and a setting module for receiving the setting signal, and setting an output format of the imaging device as the first output format or the second output format to comply with a predetermined format of the display device according to the setting signal.

Abstract: An image capturing device includes an image capturing unit, and an image processing system. The image capturing unit is configured for capturing images, including a first image of an object plus a background and a second image of the background only. The image processing system includes a color value measuring module, and a foreground image generating module. The color value measuring module is configured for measuring color value of each pixel of the second image and obtaining pixels of the first image corresponding to the object. The foreground image generating module is configured for extracting a foreground image consisting of the pixels of the first image corresponding to the object.

Abstract: An exemplary method for controlling a direction controllable flash unit of an imaging system is disclosed. The method includes: focusing the imaging system on a primary object; capturing an image having a focal point centered on a portion corresponding to the focused primary object; obtaining a number of position values of the focal point; calculating a number of orientation angle values using the obtained position values; orienting the direction controllable flash unit according to the calculated orientation angle values so as to direct the flash emitted from the direction controllable flash unit to the primary object.