Abstract: A monitoring information recording apparatus according to one aspect, includes a recording processing unit configured to record, in a case that monitoring information including-at least one of a captured image of a monitoring target and a measurement value calculated based on the captured image meets a predetermined criterion, the monitoring information in a first mode. The recording processing unit, records, in a case that the monitoring information has not been recorded in the first mode for a predetermined period of time or longer, the monitoring information in the first mode regardless of whether the above criterion is met or not.

Abstract: An image is processed appropriately even in a case that the image includes multiple correction areas. In a case of performing the correction processing for each of a first correction area and a second correction area, a controller (40) determines whether to perform suppression processing of suppressing the correction processing for at least one of the first correction area or the second correction area depending on a distance between the inner area of the first correction area and the inner area of the second correction area.

Abstract: An image processing device image processing device (100), in which correction is less likely to be impossible or correction is less likely to be inappropriate as compared with that in the related art, performs, on an image including a face (500), correction processing to reduce/expand a first correction region (501) of a circle that is located at a position corresponding to a center of the face (500) and that has a size depending on a size of the face (500) and to expand/reduce a second correction region (502) around the first correction region.

Abstract: A temporal change in measurement value is clearly presented to a user. In a display data generating device, an acquisition unit sequentially acquires measurement data, and a display data generating unit generates a plurality of two-dimensional graphs corresponding to a plurality of respective points in time, based on the acquired measurement data, and generates display data by arranging, along a time series axis, the plurality of two-dimensional graphs shifted by a width according to a time difference between points in time corresponding to adjacent two-dimensional graphs.

Abstract: To determine, by image processing, a position at which visual information is to be displayed in a superimposed manner or a position at which visual information is not to be displayed in a superimposed manner. An image processing device (1A) includes a control unit (201) configured to superimpose visual information on an input image, and the control unit (201) determines a position at which the visual information is to be superimposed based on differential information indicating at least one of a difference between pixel values in the input image and a difference between the input images.

Abstract: An image processing device image processing device (100), in which correction is less likely to be impossible or correction is less likely to be inappropriate as compared with that in the related art, performs, on an image including a face (500), correction processing to reduce/expand a first correction region (501) of a circle that is located at a position corresponding to a center of the face (500) and that has a size depending on a size of the face (500) and to expand/reduce a second correction region (502) around the first correction region.

Abstract: A vibration analysis device includes an analysis axis configuration unit configured to configure analysis axes in accordance with an operation of a user; a vibration analyzing unit configured to analyze, based on a video of an object, vibration along each of the analysis axes of the object; and an output unit configured to output an analysis result obtained by the vibration analyzing unit.

Abstract: To correct an image more appropriately. A controller (40) reduces a first area in an image and enlarges a second area outside the first area to correct the image, and determine whether to clip a first side of the image depending on a distance from the first area to the first side of the image.

Abstract: An image processing device to improve measurement accuracy for a measurement point includes a corresponding point adjusting unit that causes a display unit to display a measurement point peripheral image that is an image of an area in a periphery of the measurement point extracted from a reference image and a corresponding point peripheral image that is an image of an area in a periphery of a corresponding point extracted from a corresponding image, the measurement point peripheral image and the corresponding point peripheral image being displayed side by side, to adjust a position of the corresponding point found by a corresponding point searching unit.

Abstract: Image quality degradation of an output image can be reduced. A control unit includes a correction intensity determination unit that determines a first magnification for reducing a reduction region including a subject and a second magnification for enlarging an enlargement region and an image correction unit that corrects an input image by using the first magnification and the second magnification. The correction intensity determination unit determines the first magnification based on the second magnification and the widths of a first region and a second region in the input image.

Abstract: An image processing device includes: an obtaining unit configured to obtain a first image and a second image larger in angle of view than the first image; a detector configured to detect from the first image a first subject to be a main subject; and a composition corrector configured to correct the second image to have a composition in which a second subject, included in the second image and corresponding to the first subject, is the main subject, and to output a corrected image generated by correcting the second image.

Abstract: A display device is installed on a train including a plurality of carriages on at least one of which at least one imaging device is installed. The display device includes: one or more processors configured to cause the display device to function as an image processing circuitry, the image processing circuitry being configured to generate a display image based on at least one image captured by the imaging device and on relative positions of the carriage on which the imaging device is installed and a carriage on which the display device is installed; and a display configured to display the display image generated by the image processing circuitry.

Abstract: An image that is not useful is suppressed from being output. An image processing device (1) includes: a composition corrector (2) configured to output, based on an input image, an output image with a composition according to the input image, in which the composition corrector (2) determines, in accordance with the input image, whether to output the output image, and in a case that the composition corrector (2) outputs the output image, at least one of a change in size, a translation amount, and a rotation amount in a correction from the input image to the output image is equal to or greater than a threshold.

Abstract: An image processing device includes an image corrector configured to perform at least one correction of cut-out, rotation, and projective transformation on an input image to generate an output image, in which the image corrector is configured to perform the at least one correction based on an aspect ratio of the input image or the output image, or an orientation of an imaging device at a time when the input image is imaged.

Abstract: An image is processed appropriately even in a case that the image includes multiple correction areas. In a case of performing the correction processing for each of a first correction area and a second correction area, a controller (40) determines whether to perform suppression processing of suppressing the correction processing for at least one of the first correction area or the second correction area depending on a distance between the inner area of the first correction area and the inner area of the second correction area.

Abstract: Image quality degradation of an output image can be reduced. A control unit includes a correction intensity determination unit that determines a first magnification for reducing a reduction region including a subject and a second magnification for enlarging an enlargement region and an image correction unit that corrects an input image by using the first magnification and the second magnification. The correction intensity determination unit determines the first magnification based on the second magnification and the widths of a first region and a second region in the input image.

Abstract: There are provided an image processing device, image processing method, image processing program, image capture device, and image display device that prevent increase of computational complexity in image enlargement while mitigating degradation in image quality. An image input unit inputs a planar image signal containing signal values of pixels arranged on a plane and depth information including depth values corresponding to the pixels. An interpolation unit calculates a signal value for an interpolation coordinate between pixels on the plane by interpolating between the signal values of adjacent pixels which are present within a predetermined range from the interpolation coordinate. A weight decision unit determines a weighting factor for use in the interpolation based on the depth value of a reference pixel that is closest to the interpolation coordinate and the depth value of an adjacent pixel.

Abstract: An image processing device to improve measurement accuracy for a measurement point includes a corresponding point adjusting unit that causes a display unit to display a measurement point peripheral image that is an image of an area in a periphery of the measurement point extracted from a reference image and a corresponding point peripheral image that is an image of an area in a periphery of a corresponding point extracted from a corresponding image, the measurement point peripheral image and the corresponding point peripheral image being displayed side by side, to adjust a position of the corresponding point found by a corresponding point searching unit.

Abstract: Position designation technology is provided for designating a desired position for a measurement point. A position designation device includes: a first position receiving section configured to cause a display device to display a synthesized image and to receive an input of a first position in the synthesized image via an input device; an image selecting section configured to select one of the captured images in accordance with the first position as a selected image; and a second position receiving section configured to cause the display device to display at least a part of the selected image and to receive an input of a second position in the selected image via the input device.

Abstract: An image processing device including a blurring processing unit that performs blurring processing for input image information that is input, includes: a saturation determination unit that calculates saturation of a saturated pixel of the input image information; a first gradation conversion unit that converts gradation of the input image information on a basis of the saturation calculated by the saturation determination unit; and, in which the blurring processing unit performs blurring processing for image information that has been subjected to gradation conversion by the first gradation conversion unit, a second gradation conversion unit that converts gradation of image information that has been subjected to the blurring processing, on a basis that gradation of a saturated region of the blurring-processed image information serves as a gradation of a saturated pixel.