Abstract: An image processing device is an image processing device configured to edit and output a video having been input. The image processing device includes a feature portion detecting unit configured to detect a feature portion from a frame incorporated in the video having been input, and a setting unit and an image generating unit configured to cause a playback speed of a frame incorporated in the video having been input and including the feature portion detected to be different from a playback speed of a frame including no feature portion detected, and output the video.

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: 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: The disclosure automatically calculates an arranged position of a speaker that is suitable to a user, and presents information relating to the arranged position to the user. Aspects relate to a speaker arranged position presenting apparatus for presenting arranged positions of a plurality of speakers configured to output multi-channel audio signals as physical vibrations, the speaker arranged position presenting apparatus including: a speaker arranged position instructing unit configured to calculate arranged positions of the plurality of speakers, based on at least one of a feature amount of input content data or input information for specifying an environment in which the input content data is to be played; and a presenting unit configured to present the arranged positions of the plurality of the speakers that have been calculated.

Abstract: An image processing device is an image processing device configured to edit and output a video having been input. The image processing device includes a feature portion detecting unit configured to detect a feature portion from a frame incorporated in the video having been input, and a setting unit and an image generating unit configured to cause a playback speed of a frame incorporated in the video having been input and including the feature portion detected to be different from a playback speed of a frame including no feature portion detected, and output the video.

Abstract: The disclosure automatically calculates an arranged position of a speaker that is suitable to a user, and presents information relating to the arranged position to the user. Aspects relate to a speaker arranged position presenting apparatus for presenting arranged positions of a plurality of speakers configured to output multi-channel audio signals as physical vibrations, the speaker arranged position presenting apparatus including: a speaker arranged position instructing unit configured to calculate arranged positions of the plurality of speakers, based on at least one of a feature amount of input content data or input information for specifying an environment in which the input content data is to be played; and a presenting unit configured to present the arranged positions of the plurality of the speakers that have been calculated.

Abstract: Conventional methods have been unable to display stereoscopic images that are safe and have a high degree of freedom because only one type of maximum parallax and one type of minimum parallax are transmitted with a 3-dimensional image.