Abstract: The subject matter discloses a color rolling reduction apparatus, comprising: an antenna (99) for receiving signals; a detector (330) linked to the antenna, for detecting low signals from the signals received by the antenna, the low signals are associated with a power supply connected to a light source; and an amplifier for amplifying the low signals; wherein the low signals that are amplified are for synchronizing of a functionality of a camera.

Abstract: A method for enhancing wide dynamic range in images is disclosed. The method comprises acquiring at least two images of a scene to be imaged, the images acquired using different exposure times. For a first image an illumination mask is constructed corresponding to the illumination in the scene, comprising a set of continuous weight values distinctively identifying respective areas of pixels of high or low illumination, over-exposed or underexposed with respect to a predetermined threshold illumination value, assigning one of the weight values to each pixels, whereas other weight value is assigned to other pixels of the other images. A spatial low-pass filter is used to smooth border zones on the illumination mask, thus assigning pixels in the border zones new continuous weight values in a range between the weight values.

Abstract: A method for enhancing imaging in low light conditions, comprising: acquiring image data relating to a plurality of consecutive images; determining a local motion factor relating to the consecutive images by specifically processing the consecutive images in a predetermined manner in order to obtain an image mask that represents information about local motion; and processing the consecutive images, incorporating the image mask, to obtain final usable image information.

Abstract: A method for enhancing wide dynamic range in images. The method comprises: acquiring at least two images of a scene to be imaged, the images acquired using different exposure times; constructing for a first image an illumination mask comprising a set of two weight values distinctively identifying respective areas of pixels of high or low illumination, over-exposed or underexposed with respect to a predetermined threshold illumination value, assigning one of the values to each pixels in them, whereas the other value is assigned to other pixels of the other images; using a low-pass filter to smooth border zones between pixels of one value and pixels of the other value, thus assigning weight values in a range between the two weight values; constructing a combined image using image data of pixels of the first image and image data of pixels of the other images proportional to the weight values assigned to each pixel using the illumination mask.

Abstract: A method of operating an imaging system comprising an imaging sensor and a processing system, the processing system having an operating frequency and the sensor having a nominal sampling rate. The method comprises using the imaging sensor with a new sampling rate that is different that the nominal sampling rate.

Abstract: A method for enhancing imaging in low light conditions. The method comprises acquiring two or more images, long images relating to long exposure times and a short images relating to short exposure times; processing the images to separate zones with high image details from zones of low image details; and reconstructing a final image where image information is selected from the short image in zones with high image details and from the long image in zones with low image details.

Abstract: A method for enhancing imaging in low light conditions, comprising: acquiring image data relating to a plurality of consecutive images; determining a local motion factor relating to the consecutive images by specifically processing the consecutive images in a predetermined manner in order to obtain an image mask that represents information about local motion; and processing the consecutive images, incorporating the image mask, to obtain final usable image information.