A) Applying filters to an image. B) Analyzing the frequency components of an image. C) Converting an image to a different color space. D) Operations are performed directly on the pixels of an image.
A) Detecting and recognizing objects in an image. B) Dividing an image into multiple segments to simplify its representation. C) Adjusting the contrast of an image. D) Creating a 3D representation of an image.
A) Identifying the boundaries of objects in an image. B) Morphing one image into another. C) Blurring the details in an image. D) Colorizing a black and white image.
A) Adding noise to an image. B) Reducing the size of an image file while preserving its visual quality. C) Enlarging an image without losing quality. D) Converting a color image to grayscale.
A) The physical size of an image in pixels. B) The number of colors in an image. C) The aspect ratio of an image. D) The number of bits used to represent each pixel in an image.
A) Adding noise to an image. B) Converting an image to black and white. C) Improving the contrast of an image by spreading out pixel values. D) Resizing an image.
A) GIF B) BMP C) PNG D) JPEG
A) Adding noise to an image. B) Changing the colors of an image. C) Reducing the size of objects in an image. D) Expanding the boundaries of objects in an image.
A) Adjusting the brightness of an image. B) Resizing an image. C) Adding noise to an image. D) Converting an image from one color representation to another.
A) Manipulating the structure of objects in an image. B) Smoothing out the texture of an image. C) Enhancing the brightness of an image. D) Applying artistic filters to an image.
A) Pixel averaging B) Histogram analysis C) Lens distortion correction D) Optical Character Recognition (OCR)
A) Converting color images to black and white. B) Image classification and object detection. C) Adding motion blur to images. D) Creating image collages.
A) Dithering B) Thresholding C) Median filtering D) Saturation adjustment
A) Principal component analysis B) Linear regression C) Gradient descent D) K-means clustering
A) Finding a subimage within a larger image. B) Creating a collage from multiple images. C) Detecting edges in an image. D) Generating random images.
A) Creating animations from still images. B) Detecting edges in an image. C) Rotating an image. D) Converting an image from spatial domain to frequency domain. |