Information processing system, image processing apparatus, image processing method, and program for color conversion of an image by selecting an electricity consumption minimum value
AssigneeSony Corporation
InventorHideyuki Ichihashi
Life of this patent
Estimating the term…
Abstract
An image processing apparatus including a selection section which, by selecting an electricity consumption minimum value where electricity consumption of a display section, which performs a display based on a value out of a plurality of values which are present within a predetermined distance from a pixel value of an image in a uniform color space, is a minimum as a pixel value of the image after color conversion, generates an image after the color conversion.
Claims15
An image processing apparatus comprising:
- circuitry configured to
- determine a distance between potential candidate pixel values of a uniform pixel value after color conversion and an actual pixel value out of a plurality of pixel values of an input image before color conversion in a uniform color space, wherein an amount of the distance is determined for all pixels of a plurality of pixels forming a block based on a combination of a spatial frequency of a region centering on one pixel of the plurality of pixels forming the block, an operation mode of the image processing apparatus, and a residual amount of a battery used to supply electrical power to a display associated with the image processing apparatus;
- select an electricity consumption minimum pixel value from the potential candidate pixel values within the determined distance from each actual pixel value before conversion in the uniform color space based on electricity consumption information acquired for the display, which is controlled by the circuitry to perform display based on the selected electricity consumption minimum pixel value out of the plurality of pixel values within the determined distance from each actual pixel value of the input image in the uniform color space for each particular pixel being used as a converted pixel value for each actual pixel, in order to generate an output image after color conversion,
- wherein the operation mode of the image processing apparatus is set by a user of the image processing apparatus and indicates an overall level of reduction in electricity consumption for the image processing apparatus, and
- wherein, for each block of the input image, the circuitry determines the distance as a single distance for all the pixels of the plurality of pixels forming the block.
An image processing method, performed via at least one processor, the method comprising:
- determining a distance between potential candidate pixel values of a uniform pixel value after color conversion and an actual pixel value out of a plurality of pixel values of an input image before color conversion in a uniform color space, wherein an amount of the distance is determined for all pixels of a plurality of pixels forming a block based on a combination of a spatial frequency of a region centering on one pixel of the plurality of pixels forming the block, an operation mode of an image processing apparatus and a residual amount of a battery used to supply power to a display associated with the image processing apparatus;
- selecting an electricity consumption minimum pixel value from the potential candidate pixel values within the determined distance from each actual pixel value before conversion in the uniform color space based on electricity consumption information acquired for the display, which is controlled by the at least one processor to perform display based on the selected electricity consumption minimum pixel value out of the plurality of pixel values within the determined distance from each actual pixel value of the input image in the uniform color space for each particular pixel being used as a converted pixel value for each actual pixel, in order to generate an output image after color conversion,
- wherein the operation mode of the image processing apparatus is set by a user of the image processing apparatus and indicates an overall level of reduction in electricity consumption for the image processing apparatus, and
- wherein, for each block of the input image, the distance is determined as a single distance for all the pixels of the plurality of pixels forming the block.
A non-transitory computer-readable storage medium having embodied thereon a program, which when executed by a computer, causes the computer to execute a method, the method comprising:
- determining a distance between potential candidate pixel values of a uniform pixel value after color conversion and an actual pixel value out of a plurality of pixel values of an input image before color conversion in a uniform color space, wherein an amount of the distance is determined for all pixels of a plurality of pixels forming a block based on a combination of a spatial frequency of a region centering on one pixel of the plurality of pixels forming the block, an operation mode of an image processing apparatus and a residual amount of a battery used to supply power to a display associated with the image processing apparatus;
- selecting an electricity consumption minimum pixel value from the potential candidate pixel values within the determined distance from each actual pixel value before conversion in the uniform color space based on electricity consumption information acquired for the display, which is controlled by the computer to perform display based on the selected electricity consumption minimum pixel value out of the plurality of pixel values within the determined distance from each actual pixel value of the input image in the uniform color space for each actual pixel being used as a converted pixel value in order to generate an output image after color conversion,
- wherein the operation mode of the image processing apparatus is set by a user of the image processing apparatus and indicates an overall level of reduction in electricity consumption for the image processing apparatus, and
- wherein, for each block of the input image, the distance is determined as a single distance for all the pixels of the plurality of pixels forming the block.
An image processing apparatus comprising:
- circuitry configured to
- determine a distance between potential candidate pixel values of a uniform pixel value after color conversion and an actual pixel value out of a plurality of pixel values of an input image before color conversion in a uniform color space, wherein an amount of the distance is determined for all pixels of a plurality of pixels forming a block based on a combination of a spatial frequency of a region centering on one pixel of the plurality of pixels forming the block, an operation mode of the image processing apparatus and a residual amount of a battery used to supply electrical power to a display associated with the image processing apparatus;
- perform color conversion of the input image by converting the actual pixel value of each pixel of the input image into an electricity consumption minimum pixel value which corresponds to the actual pixel value based on a table where the electricity consumption minimum pixel value within the table is based on electricity consumption information acquired for the display, which is controlled by the circuitry to perform display based on the corresponding electricity consumption minimum pixel value out of the plurality of pixel values within the determined distance from each actual pixel value in the uniform color space for each actual pixel, in order to generate an output image after color conversion,
- wherein the operation mode of the image processing apparatus is set by a user of the image processing apparatus and indicates an overall level of reduction in electricity consumption for the image processing apparatus, and
- wherein, for each block of the input image, the distance is determined as a single distance for all the pixels of the plurality of pixels forming the block.
An image processing method, performed via at least one processor, the method comprising:
- determining a distance between potential candidate pixel values of a uniform pixel value after color conversion and an actual pixel value out of a plurality of pixel values of an input image before color conversion in a uniform color space, wherein an amount of the distance is determined for all pixels of a plurality of pixels forming a block based on a combination of a spatial frequency of a region centering on one pixel of the plurality of pixels forming the block, an operation mode of an image processing apparatus and a residual amount of a battery used to supply power to a display associated with the image processing apparatus;
- performing color conversion of the input image by converting an actual pixel value of each pixel of the input image into an electricity consumption minimum pixel value which corresponds to the actual pixel value based on a table where the electricity consumption minimum pixel value within the table is based on electricity consumption information acquired for the display which is controlled by the at least one processor to perform a display based on the corresponding electricity consumption minimum pixel value out of the plurality of pixel values within the determined distance from each actual pixel value in a uniform color space for each actual pixel, in order to generate an output image after color conversion,
- wherein the operation mode of the image processing apparatus is set by a user of the image processing apparatus and indicates an overall level of reduction in electricity consumption for the image processing apparatus, and
- wherein, for each block of the input image, the distance is determined as a single distance for all the pixels of the plurality of pixels forming the block.
A non-transitory computer-readable storage medium having embodied thereon a program, which when executed by a computer, causes the computer to execute a method, the method comprising:
- determining a distance between potential candidate pixel values of a uniform pixel value after color conversion and an actual pixel value out of a plurality of pixel values of an input image before color conversion in a uniform color space, wherein an amount of the distance is determined for all pixels of a plurality of pixels forming a block based on a combination of a spatial frequency of a region centering on one pixel of the plurality of pixels forming the block, an operation mode of an image processing apparatus and a residual amount of a battery used to supply power to a display associated with the image processing apparatus;
- performing color conversion of the input image by converting an actual pixel value of each pixel of the input image into an electricity consumption minimum pixel value which corresponds to the actual pixel value based on a table where the electricity consumption minimum pixel value within the table is based on electricity consumption information acquired for the display, which is controlled by the computer to perform display based on the corresponding electricity consumption minimum pixel value out of the plurality of pixel values within the determined distance from each actual value in the uniform color space, in order to generate an output image after color conversion,
- wherein the operation mode of the image processing apparatus is set by a user of the image processing apparatus and indicates an overall level of reduction in electricity consumption for the image processing apparatus, and
- wherein, for each block of the input image, the distance is determined as a single distance for all the pixels of the plurality of pixels forming the block.
Dependencies are inferred from the claim text.