Socionext Inc.

Junzo Sakurai

Soichi Hagiwara

Yuji Umezu

Kentaro Endo

An image processing device includes a memory and a processor configured to execute: obtaining a first image captured by an imaging device installed on a mobile object; generating a second image in which brightness of a second area located below a first area of the first image in a vertical direction with respect to a traveling surface of the mobile object, is corrected based on brightness of the first area; and outputting the second image.

Image processing device, image processing method, program, and image processing system

An image processing device for performing correction processing on original image data generated by an image-capturing element configured to receive light with a plurality of pixels through a color filter including segments of a red color and at least one complementary color includes a processing circuitry being configured to perform operations including converting the original image data into primary color-based image data represented in a primary color-based color space, acquiring a statistical value of a plurality of pieces of pixel data corresponding to the plurality of pixels from the primary color-based image data, calculating a correction parameter by using the statistical value, and correcting the original image data based on the correction parameter.

Image processing device and image processing method

An image processing device including: a color correction section that is input with an RGB signal, and performs color correction on the RGB signal; a YC conversion section that converts the color corrected RGB signal to a first brightness signal and a color difference signal; a Y conversion section that is input with the RGB signal, and generates a second brightness signal from the RGB signal; a processor configured to execute a process, the process including computing a ratio at which to combine the first brightness signal and the second brightness signal based on the RGB signal; and a combining section that combines the first brightness signal and the second brightness signal at the computed ratio.

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Ingagi, Japan

Junzo Sakurai