Converting an image to grayscale simplifies the algorithm and reduces computational requirements prior to extracting the image features. he total bits per pixel (bpp) for this image is 24. This is because for each primary colour (red, green, and blue) there are 8 bits per primary colour, and since there are 3 primary colours, 8 bits x 3 primary colours = 24 bpp. To calculate the size of the image file in bytes, we need to multiply the number of pixels (300 x 400 = 120,000 pixels) by the bpp (24 bits). 120,000 pixels x 24 bits = 2,880,000 bits To convert bits to bytes, divide the number of bits by 8 (2,880,000 bits / 8 = 360,000 bytes). Therefore, the size of the image file in bytes is 360,000. If the digital image above is converted to grayscale with 8 bpp, calculate the size of this grayscale image file in bytes with disregard to the image compression type. Provide a short explanation on the calculation.
Converting an image to grayscale simplifies the
he total bits per pixel (bpp) for this image is 24. This is because for each primary colour (red, green, and blue) there are 8 bits per primary colour, and since there are 3 primary colours, 8 bits x 3 primary colours = 24 bpp.
To calculate the size of the image file in bytes, we need to multiply the number of pixels (300 x 400 = 120,000 pixels) by the bpp (24 bits).
120,000 pixels x 24 bits = 2,880,000 bits
To convert bits to bytes, divide the number of bits by 8 (2,880,000 bits / 8 = 360,000 bytes).
Therefore, the size of the image file in bytes is 360,000.
If the digital image above is converted to grayscale with 8 bpp, calculate the size of this grayscale image file in bytes with disregard to the image compression type. Provide a short explanation on the calculation.
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