Abstract: An image processing device includes an image acquisition unit that acquires an image obtained by capturing an object around a movable apparatus, a distance information acquisition unit that acquires distance information indicating a distance to the object around the movable apparatus, a first overhead view image generation unit that generates a first overhead view image from a plurality of the captured images by using the distance information, a second overhead view image generation unit that generates a second overhead view image from a plurality of the captured images, a movement state detection unit that detects a state of movement of at least one of the movable apparatus and the object, and a control unit that causes the first overhead view image generation unit or the second overhead view image generation unit to generate the first overhead view image or the second overhead view image according to the state of movement.

Abstract: An image processing device includes an angle detection unit configured to detect an angle between a front portion of a movable apparatus and a rear portion of the movable apparatus, a combining unit configured to combine an image captured by a front portion imaging unit provided at the front portion and an image captured by a rear portion imaging unit provided at the rear portion, and a boundary calculation unit configured to calculate a boundary between the images combined in the combining unit on the basis of the angle.

Abstract: A communication apparatus communication apparatus capable of performing communication by quickly determining a suitable communication path from among a plurality of communication paths. A digital camera searches for a predetermined device connected to the same network, and transmits content data to the predetermined device found by the search. The digital camera is controlled according to one of a plurality of modes including a first control mode in which when a first time period elapses without the predetermined device being found, after starting the search, the search is stopped, and a second control mode in which, when a second time period elapses without the predetermined device being found, after starting the search, the search is stopped, and the content data is transmitted to a cloud server. The second time period is shorter than the first time period.

Abstract: An image processing apparatus includes a detection unit configured to detect a blur of an image-capturing apparatus, a change in a subject brightness, or a change in a color of a subject, an image-capturing control unit configured to perform control so that the image-capturing apparatus performs image-capturing a plurality of times in accordance with a single image-capturing command, a composite unit configured to composite a plurality of images captured in accordance with the single image-capturing command, and a control unit configured such that when the control unit obtains information indicating that a predetermined blur, a change in a predetermined subject brightness, or a change in a color of a predetermined subject is detected based on a detection result, the control unit controls the composite unit so as to generate a composition image made by compositing a plurality of images captured before the detection.

Abstract: A communication apparatus communication apparatus capable of performing communication by quickly determining a suitable communication path from among a plurality of communication paths. A digital camera searches for a predetermined device connected to the same network, and transmits content data to the predetermined device found by the search. The digital camera is controlled according to one of a plurality of modes including a first control mode in which when a first time period elapses without the predetermined device being found, after starting the search, the search is stopped, and a second control mode in which, when a second time period elapses without the predetermined device being found, after starting the search, the search is stopped, and the content data is transmitted to a cloud server. The second time period is shorter than the first time period.

Abstract: An image processor includes a zoom lens for performing optical zooming by moving in a first range, an imaging unit for converting an object image obtained via a zoom lens into an image signal, and an electronic zooming unit for performing an electronic zooming operation on the image signal. The electronic zooming unit performs the electronic zooming operation as a result of moving the zoom lens into a second range when the zoom lens is in the first range and outside the second range.

Abstract: An image processing apparatus for recording and reproducing an image, comprises: a recording unit that records the image; a search unit that searches file data recorded in the recording unit when the apparatus is started; an operation unit that designates a predetermined operation to the apparatus; and a control unit that enables acceptance of an operation upon designation of the operation by said operation unit during a search of said search unit, even before the search is completed.

Abstract: An image processing apparatus for recording and reproducing an image, comprises: a recording unit that records the image; a search unit that searches file data recorded in the recording unit when the apparatus is started; an operation unit that designates a predetermined operation to the apparatus; and a control unit that enables acceptance of an operation upon designation of the operation by said operation unit during a search of said search unit, even before the search is completed.

Abstract: An image processing apparatus for recording and reproducing an image, comprises: a recording unit that records the image; a search unit that searches file data recorded in the recording unit when the apparatus is started; an operation unit that designates a predetermined operation to the apparatus; and a control unit that enables acceptance of an operation upon designation of the operation by said operation unit during a search of said search unit, even before the search is completed.

Abstract: An image processor includes a zoom lens for performing optical zooming by moving in a first range, an imaging unit for converting an object image obtained via a zoom lens into an image signal, and an electronic zooming unit for performing an electronic zooming operation on the image signal. The electronic zooming unit performs the electronic zooming operation as a result of moving the zoom lens into a second range when the zoom lens is in the first range and outside the second range.

Abstract: An image processor includes a zoom lens for performing optical zooming by moving in a first range, an imaging unit for converting an object image obtained via a zoom lens into an image signal, and an electronic zooming unit for performing an electronic zooming operation on the image signal. The electronic zooming unit performs the electronic zooming operation as a result of moving the zoom lens into a second range when the zoom lens is in the first range and outside the second range.

Abstract: A camera informs a user of a posture of a camera or availability of the detection and includes an image processing apparatus having a photographing part for taking an image, a posture detecting part for detecting the posture of the photographing part in taking the image, and a display part for displaying information for allowing the user to distinguish the posture detected by the posture detecting part together with the image to be taken by the photographing part.

Abstract: An image processor includes a zoom lens for performing optical zooming by moving in a first range, an imaging unit for converting an object image obtained via a zoom lens into an image signal, and an electronic zooming unit for performing an electronic zooming operation on the image signal. The electronic zooming unit performs the electronic zooming operation as a result of moving the zoom lens into a second range when the zoom lens is in the first range and outside the second range.

Abstract: An image processing apparatus for recording and reproducing an image, comprises: a recording unit that records the image; a search unit that searches file data recorded in the recording unit when the apparatus is started; an operation unit that designates a predetermined operation to the apparatus; and a control unit that enables acceptance of an operation upon designation of the operation by said operation unit during a search of said search unit, even before the search is completed.

Abstract: An image processor includes a zoom lens for performing optical zooming by moving in a first range, an imaging unit for converting an object image obtained via a zoom lens into an image signal, and an electronic zooming unit for performing an electronic zooming operation on the image signal. The electronic zooming unit performs the electronic zooming operation as a result of moving the zoom lens into a second range when the zoom lens is in the first range and outside the second range.

Abstract: An image processor includes a zoom lens for performing optical zooming by moving in a first range, an imaging unit for converting an object image obtained via a zoom lens into an image signal, and an electronic zooming unit for performing an electronic zooming operation on the image signal. The electronic zooming unit performs the electronic zooming operation as a result of moving the zoom lens into a second range when the zoom lens is in the first range and outside the second range.

Abstract: It is an object of the present invention to provide a camera that is capable of informing a user of a posture of a camera or availability of the detection. In order to attained the object, an image processing apparatus according to the present invention has a photographing part for taking an image, a posture detecting part for detecting a posture of the photographing part in taking the image, and a display part for displaying information for allowing the user to distinguish a posture detected by the posture detecting part together with the image to be taken by the photographing part.

Abstract: In an electronic camera capable of audio recording, easy file management is attained in case of preparing an audio file, corresponding to an image file. When a shutter button is depressed, a microcontroller causes an image recording subsystem to prepare an image file and store it in a memory device. Then audio information is entered from a microphone under the depression of a recording button, an audio recording subsystem prepares an audio file and stores it in the memory device, corresponding to the image file. Thereafter, the audio information is added to the audio file at each entry of the audio information under the depression of the recording button. Then the shutter button is depressed to prepare a new image file, and a new audio file is prepared in response to the subsequent entry of audio information. As a result, only one audio file is prepared corresponding to each image file.