Abstract: An electronic image capture device including an image capture array, an optional image stabilization gyro, a processor, and a display is configured to detect the amount shaking of the device either prior to, or during image capture. When the shaking of the device exceeds a threshold required for the capture of quality images, the user of the image capture device is notified through the display that excessive shake has been detected and may be advised on methods to reduce or eliminate the shake.

Abstract: An apparatus includes a setting unit configured to set a blind spot area based on a blind spot position of an observer within a display area for displaying an image to the observer, and a notification unit configured to notify, when displaying within the blind spot area is changed due to a change of an observation environment observed by the observer, the observer of the change within the blind spot area.

Abstract: An image capturing apparatus including: a user input, which when operated causes a menu to be displayed; and display control means for displaying the menu upon press of the user input, the menu listing images representing all selectable set values in the order of being able to be selected by each press of the user input, and changing a highlighted one of the images by changing display positions of all the images listed in the menu every time the user input is pressed, wherein the display control means further displays an arrow between each of the images listed in the menu, each arrow indicating an order of being highlighted by each press of the user input between the images listed in the menu.

Abstract: A lens on an image capture device is illuminated with a known light source. The current light field created by illuminating the lens is measured at an image sensor on the device. In response to detecting that the current light field measurement fails to satisfy a threshold, a notification is provided on the device.

Abstract: In a case where a position information acquisition setting unit sets to acquire position information and in a case where a determination unit determines that the image data recorded in a recording medium is automatically transmitted to an external device, a transmission setting confirmation screen is displayed, so that the image data to which the position information is attached is prevented from being transmitted to the external device while the user does not intend to do so.

Abstract: A system and method to respond to detection of blurry regions of interest in an image are disclosed. One embodiment includes a region locator to locate one or more regions of interest in an image captured by a digital image capturing device. The embodiment also includes a blurry region detector for detecting whether a region of interest is blurry. A blurry region indicator indicates to a user when a blurry region has been detected. When a blurry region is detected, a display interface provides an enlarged image of the detected blurry region. Some embodiments provide recommendations on how to capture the scene again with improved results.

Abstract: An image pickup apparatus is disclosed which provides an appropriate inclination guide display in accordance with an aspect ratio of a picked-up image and the like. The image pickup apparatus includes an inclination detector which detects an inclination of the image pickup apparatus, a display device capable of superimposedly showing an inclination guide display corresponding to a detection output from the inclination detector, on a picked-up image, and an aspect ratio setter which sets the aspect ratio of a picked-up image. The apparatus includes a display controller which controls whether or not to show the inclination guide display on the display device on the basis of the aspect ratio set by the aspect ratio setter.

Abstract: A system and method for reducing distance-based distortion in a camera image of an object, where the distanced-based distortion is due to differences in distance from the camera to different parts of the object. In one approach, the distortion is reduced by estimating distances to different parts of the object and then generating a reprojected image of the object dependent upon the estimated distances and upon a virtual viewpoint that is more distant than the camera from the object. In a further approach, the image is warped such that points in the image match corresponding points in one or more stored templates. In a still further approach, if excessive distortion is present in the image, the camera zoom is increased and a magnified image is displayed, prompting a person to move farther from the camera thereby reducing the distortion.

Abstract: An image pickup control unit displays either one of a picked-up image by a first image pickup unit and a picked-up image by a second image pickup unit on a display unit as a finder image. A feature detecting unit calculates a distribution of brightness values or brightness dispersion for each of the picked-up images by the first and second image pickup units, thereby detecting features of the two picked-up images. A sameness determining unit determines the sameness between both picked-up images based on the detected features, and determines that an abnormality like the unexpected appearance of an obstacle is present when the feature largely differs. When it is determined that an abnormality is present, a warning processing unit simultaneously displays both picked-up images on the display unit, or displays the picked-up image including the abnormality on the display unit as a finder image.

Abstract: An interchangeable lens includes a drive unit that drives a focus lens back and forth along an optical axis, a storage unit that stores driving method information indicating a driving method for autofocus control which is supported by the interchangeable lens, a sending unit that sends the driving method information to the camera body, and a lens controller that controls an operation of the interchangeable lens. A camera body determines control on the interchangeable lens by referring to the driving method information obtained from the interchangeable lens to generate a control signal. The lens controller of the interchangeable lens controls the drive unit according to the driving method instructed by the control signal received from the camera body, when autofocus control is performed.

Abstract: An image pickup device is equipped with a function to a pickup still picture during a moving picture pickup operation with voices. After a moving picture pickup processing with voices is started (YES in S2), a moving picture recording processing and a voice recording processing are started (S14). Subsequently, when a shutter button is depressed halfway (YES in S16), the moving picture recording processing is switched to a processing to store substitute frames, which are a copy of frame data immediately preceding the half depression operation of the shutter button, instead of moving picture frames imaged in moving picture frame cycles (step S20), and a still picture pickup processing is performed. After the still picture pickup processing ends, the normal moving picture recording processing is resumed.

Abstract: An image processing apparatus that records image data on a detachable storage medium in a previously set recording format is provided. The apparatus sets the recording format of image data, and determines whether or not a storage medium attached to an attachment unit has a communication function that communicates with a different apparatus than the image processing apparatus. If it is determined that the storage medium has a communication function, and that the recording format of image data that can be transferred by the communication function does not match the recording format that has been set, the apparatus issues a warning.

Abstract: A camera on which a lens apparatus is mounted is disclosed. The camera includes a controller which performs a focusing control corresponding to the mounted lens apparatus; a display unit which performs display process corresponding to an output of the controller; and a storage section which stores correction information for correcting a calculation result in the focusing control by the controller, in association with the mounted lens apparatus.

Abstract: An image pickup apparatus includes a display unit configured to display a setting item screen for displaying setting items regarding a photographic condition, and a setting value screen configured to display setting values regarding the setting item selected on the setting item screen; an operation unit configured to select one of the setting items on the setting item screen and to select one of the setting values on the setting value screen; and a control unit configured to set a setting item regarding the photographic condition according to the setting value selected on the setting value screen, wherein if a state of the image pickup apparatus is changed from a state in which the selected setting item is active to non-active, the display unit continuously displays information indicating that the selected setting item is currently selected even when the selected setting item is non-active.

Abstract: If a warning display about a matter of which warning is to be given has not yet been displayed when the matter occurring in an imaging apparatus has been detected, the imaging apparatus displays the warning display in response to detection of the matter, irrespective of whether a moving image is being recorded. If the warning display has already been displayed when the matter occurring in the imaging apparatus has been detected, the imaging apparatus does not display the warning display when the moving image is being recorded, and displays the warning display if the matter has still been detected when the moving image has stopped being recorded.

Abstract: A camera includes memory for storing one or more stored images each with at least a day and month of capture; a processor which, based on the stored images, determines which day and month at least an image was captured; and a display that displays only the day and month on which at least an image was captured along with a visual indicator of whether a plurality of images was captured on the displayed day and month.

Abstract: The present invention relates to a method for detecting and showing quality of a preview or stored picture in an electronic imaging device, which comprises the steps of determining whether the electronic imaging device is operated in a preview mode or a file mode; detecting at least four features of the preview or stored picture; determining whether each of the features of the preview or stored picture is normal or not; and displaying the preview or stored picture and at least one of four graphical indicators on a LCD screen of the electronic imaging device when it is determined that the feature corresponding to the graphical indicator is not in a normal status. Thus, a user is able to easily identify the features of the preview or stored picture in a graphical way on the LCD screen in a real time while reviewing the preview or stored picture.

Abstract: A camera-equipped electronic device comprises a photographic unit that stores in a storage medium (12) an image obtained by photographing a subject via an imaging unit (14, 15) a non-photographic unit that executes non-photographing processing different from photographing processing executed in the photographic unit and requires electric power greater than the electric power consumed in the photographing processing, a decision-making unit (19) that makes a decision as to whether or not a current state of use is such that if the non-photographic unit is engaged in operation over a predetermined length of time, the remaining capacity in a battery (13) will become depleted to a level equal to or less than a predetermined value and a restricting unit (19) that restricts the use of the non-photographic unit with regard to the consumption of electric power based upon the results of the decision made by the decision-making unit.

Abstract: An image pickup apparatus generates a display image signal by implementing predetermined dynamic range expansion processing on an image signal obtained by performing underexposed image pickup, and detects an image region in which a pixel within a predetermined gradation range exists as a warning region from the image signal either prior to implementation of the predetermined dynamic range expansion processing or following implementation of the predetermined dynamic range expansion processing. The image pickup apparatus synthesizes the display image signal with a warning pattern corresponding to the warning region and displays the synthesized image as a live view image.

Abstract: An image capturing apparatus including: an image sensor generating an image signal; a photographing control section performing a photographing operation in which an exposure of the image sensor is divided into a plurality of exposures in accordance with a predetermined exposure time; an addition section adding sequentially the image signals obtained at each exposure; an amplification ratio calculation section calculating an amplification ratio of the added image signal on the basis of the predetermined exposure time; an amplification section amplifying the added image signal by using the amplification ratio to compensate for insufficient exposure for the predetermined exposure time; and a display control section displaying information related to the amplified image signal; wherein the photographing control section ends the photographing operation when instructed by a user, and determines that the amplified image signal is a captured image obtained by performing the photographing operation with the predetermin

Abstract: An imaging device that is able to display an image with an aperture value at the time when actually photographing on a liquid crystal display monitor for displaying an image, in a single-lens reflex digital camera is provided. In a depth-of-field preview mode, a quick return mirror (4) is retracted from an optical path and light is incident on an imaging sensor (11). Then, an imaging optical system is controlled to be in an actual aperture state, and by displaying an image data obtained at the imaging sensor (11) on the liquid crystal display monitor (16) for displaying an image, a plurality of images with aperture values at the time of actually photographing, in other words, actual aperture live view images, can be concurrently displayed simultaneously on the liquid crystal display monitor (16) for displaying an image. By doing so, it is possible to easily compare images with different depths of field, and it is possible to simultaneously photograph images with different depths of field.

Abstract: A video sharing system, accumulating various videos and enabling a plurality of users to utilize these accumulated videos, includes a plurality of cameras that photograph any one of a plurality of photographic subjects present within a facility, a video collection unit that collects photographed videos photographed by the plurality of cameras, a photographic subject identification unit that identifies the photographic subjects in the photographed videos, for each photographed video; and an accumulation unit that accumulates the photographed videos collected by the video collection unit, and photographic subject information specifying the photographic subjects identified by the photographic subject identification unit.

Abstract: Systems, methods, and computer-readable media for providing indications of object attributes to users via image capturing devices are provided. In one embodiment, scene data associated with a detectable area is obtained. The scene data is utilized to identify an object attribute associated with a set of objects, such as faces, within the detectable area. An indication of the object attribute is provided via an image capturing device.

Abstract: Described is a system and methods for embedding standard video-taking heuristics into video-recording devices to help improve the quality of captured video for consumer devices. The described approach uses a combination of audio, visual, and haptic feedback that responds to video as it is recorded. This feedback can help users compose better shots as well as help them develop an understanding of the fundamentals of good video-taking.

Abstract: An image capturing apparatus includes: an imaging unit configured to capture an image of a subject and outputs image data containing the image; a display unit configured to display a live preview image of the subject based on the image data output from the imaging unit; a processor configured to set an image size of the image to be recorded and perform image processing on the live preview image to control a display range of the live preview image to be displayed on the display unit based on the image size to be recorded.

Abstract: An image processing apparatus includes the following elements: a generator operable to generate, on the basis of a captured image, an image to be captured with a second setting different from a first setting serving as a present shooting setting; a display controller operable to display, together with the captured image, the image generated by the generator; and a controller operable to control, when the image generated by the generator is selected from among the images displayed by the display controller, the setting so that an image can be captured with the second setting.

Abstract: A video camera includes a processor that is operable to obtain a capacity value of a battery by communicating over a communications line with a battery pack that contains the battery and which provides power to the video camera. The capacity value indicates a number of cell structures in the battery. The processor is also operable to set a correction value based on the capacity value, to correct a low power warning voltage value by subtracting the correction value from the low power warning voltage value, to generate a low power warning when a detected battery voltage is less than or equal to the corrected low power warning voltage value, and to generate a residual power indication when the detected battery voltage is greater than the corrected low power warning voltage value. A display is operable to display the low power warning or the residual power indication.

Abstract: An imaging apparatus has an optical system that forms an optical image of a subject field and can vary a magnification of the optical image; an imaging section that converts the optical image formed by the optical system, into an electrical image signal; a display section that displays an image taken by the imaging section; a subject detecting section that detects a main subject in the image taken by the imaging section; a framing controlling section that controls framing based on information about a position of the main subject detected in the subject detecting section; a controlling section that selectively executes one of a first framing support mode that presents on the display section a display that supports the framing based on the information about the position of the main subject detected in the subject detecting section, and a second framing support mode that operates the framing controlling section based on the information about the position of the main subject detected in the subject detecting sect

Abstract: An image sensing apparatus that carries out image sensing continuously and inputs a plurality of images, having a digital signal processing circuit that detects, at each input image, from image data thereof, an object that satisfies a preset condition, a first exposure value determination unit that calculates a first exposure value from the image data, a second exposure value determination unit that calculates a second exposure value based on the detected object, and a selection unit that selects either the first exposure value, the second exposure value, a currently set exposure value, or an exposure value calculated based on a luminance of an area referenced when calculating a currently set exposure value as an exposure value to be used for a next image sensing based on object detection results obtained by the digital signal processing circuit.

Abstract: An imaging apparatus having a shooting optical system and an image sensor includes an image data producer producing image data; an imaging controller repeatedly outputting one picture unit of image data produced in a predetermined shooting time duration by the image data producer; an image data recorder recording the outputted image data; a position detector detecting a change in position of the imaging apparatus and calculating an amount of displacement of the imaging apparatus from a position at a time point of the imaging apparatus taken as a reference based on the detected change in position; a position recorder recording the amount of displacement and time data related to the amount of displacement; a display section displaying a relationship between a shooting time of each image data of the image data recorder and the amount of displacement recorded by the position recorder, during exposure or at the end of exposure; and an adding processor adding arbitrary image data of the image data recorder and prod

Abstract: An image capturing apparatus includes: an optical system that includes a lens group including at least one lens, an optical axis of the optical system being able to be displaced; an image capturing unit that receives light collected by the optical system and generates electronic image data; a display unit that displays an image corresponding to the image data; and a display control unit that changes a display appearance of additional information, which is added to the image, according to a positional relationship between the optical axis and a light receiving surface of the image capturing unit.

Abstract: An imaging apparatus includes an imaging section converting an image into image data, an image classifying section classifying the image data, and a display section for displaying information regarding a recommended image as a shooting object based on a classification result by the image classifying section. Further, a server having a shooting assist function receives image data from an imaging apparatus that has an imaging section converting an image into the image data and includes a scene determining section classifying the received image data and determining whether a typical image has been taken repeatedly, a guide information section outputting information regarding a recommended image as a shooting object based on a determination result by the scene determining section, and a communication section outputting the information to the imaging apparatus.

Abstract: An image sensing apparatus comprises an image sensing unit configured to sense an object and generate image data, a face detection unit configured to detect a face region of a person contained in the image data generated by the image sensing unit, and a facial expression determination unit configured to determine a plurality of facial expressions in the face region determined by the face detection unit. When both a first facial expression and a second facial expression are determined, the facial expression determination unit corrects a condition to determine the second facial expression so as to become difficult as compared to the determination condition when the first facial expression is not determined and the second facial expression is determined.

Abstract: Lens cleaning warning systems and methods. A system includes an image processing unit configured to analyze image data to determine whether the image data indicates lens flare and, if so, provide an indication to the user that the lens is contaminated.

Abstract: An Internet based camera providing cost-effective higher security and easier and quicker installation by internally determining a degree of quality measure and providing low latency feedback to the installer on adjusting focus.

Abstract: A digital photographing apparatus is provided that reduces the number of instances in which an image including a subject having closed eyes is obtained. A method of controlling the apparatus and a computer readable medium having recorded thereon a program for executing the method are also provided. The apparatus includes an image capture device that generates data from light incident thereon, and a blink determination unit that determines whether eyes are closed in an image from the generated data. The blink determination unit performs the determination as to whether eyes are closed only on an image from first still image data obtained in response to a signal received from a user. If the blink determination unit determines that eyes are closed in an image from still image data generated by the image capture device, still image data is obtained again from light incident on the image capture device.

Abstract: There is provided an image processing apparatus allowing a user to easily process a captured image. This image processing apparatus displays an image generated based on image data and an item representing processing for the image data on a screen, detects a change in the orientation thereof, and performs processing upon the image data corresponding to the displayed image based on a detection result of the change in the orientation thereof.

Abstract: A digital photographing apparatus with a display unit on a front surface thereof and a method of controlling the same. The method includes setting a self photographing mode; generating countdown information for self photographing; determining a subject distance; and displaying the countdown information together with a captured image on the display unit when the subject distance is shorter than a reference distance. Thereby, a photographer may see a preview along with the countdown information so that a desired self-photographed image may be acquired.

Abstract: An image evaluation method for a digital camera includes analyzing the composition of an image for obtaining a characteristic of the composition of the image, computing an ideal characteristic value, a real characteristic value, and a difference value between the ideal characteristic value and the real characteristic value, and generating a grade according to the difference value to show quality related to the composition of the image.

Abstract: A viewfinder according to an embodiment of the present invention includes: a display unit including a display surface on which a picture is displayed based on a picture signal supplied from an imaging apparatus; and an eyepiece unit, which is detachably attached to the display unit, configured to enlarge a picture displayed on the display surface to make the picture visually recognizable; wherein the display unit includes the display surface, a display control unit configured to display the picture on the display surface based on the picture signal, and a detecting unit configured to detect the presence/absence of attachment of the eyepiece unit; and wherein the display control unit is configured so as to laterally invert a picture to be displayed on the display surface based on the detection of the detecting unit, and also so as to change the brightness of a picture to be displayed on the display surface.

Abstract: When an error occurring in a terminal (device) is detected, one or more solutions for removing the detected error are displayed to a user, so that the detected error can be easily removed by the user even though the user is not familiar with operations or detailed functions of the camera.

Abstract: In an image pickup apparatus of the present invention, an image of an object is picked up and an image signal representing the object is continuously captured so that a through-the-lens image is displayed based on the captured image signal, and then a display area for displaying focusing information is composited into the through-the-lens image of a displaying device. In addition, based on the captured image signal, an automatic focus adjustment is performed to maximize the contrast of the object, and the result of the focus adjustment is detected. Based on the detected focusing condition, focusing information which is composited into the display area is changed. The focusing information includes at least focusing information of an unfocused condition and focusing information of a focused condition. This enables information that a desired area of an object became focused to be displayed to a user in a manner easy to understand.

Abstract: An electronic device and a method for capturing images include detecting the face area of a monitored scene and reading image data of the face area in an image of the monitored scene captured by the camera device. The method further includes calculating a definition value of the face area in the image according to the read image data, and displaying a prompt message of recapturing the image on a display of the electronic device, upon the condition that the calculated definition value is lower than or equal to a predetermined definition threshold value.

Abstract: A camera system having a camera body and an interchangeable lens is made more convenient to use. A camera system 1 includes an interchangeable lens unit 2 and a camera body 3. A body microcomputer 10 of the camera body 3 decides whether or not the interchangeable lens unit 2 is compatible with moving picture mode on the basis of lens information about the interchangeable lens unit 2. If the interchangeable lens unit 2 is not compatible with moving picture mode, the body microcomputer 10 prevents the operation of an imaging sensor 11 from being set to moving picture mode.

Abstract: An image for which a quality indicator is to be displayed is obtained. The image is processed to obtain a quality value associated with the quality of the image. The quality indicator based at least in part on the quality value is displayed, wherein the quality indicator is displayed with a displayed version of the image.

Abstract: A video output device includes an OSD generation means for generating OSD (On Screen Display) for controlling the device itself, a detection means for detecting a connected state in which the device is connected to a prescribed external display device in a state realizing a mutual device control function which can perform control between devices mutually and a forced output means for outputting the OSD generated by the OSD generation means to the external display device forcibly and displaying the OSD on a display portion of the external display device regardless of any setting of the device when detecting the connected state by the detection means.

Abstract: An automatic image capturing system includes a computer, an image capturing device, a monitor and an automatic image capturing program. The automatic image capturing program is installed in the computer. The image capturing device is used for capturing an image of a target object. The monitor is used for displaying shooting area. If a pre-shot image of the target object is moved to be within the shooting area, the automatic image capturing program will automatically capture the image of the target object.

Abstract: When a chart is used as a subject, whether or not the chart can be captured for storage is determined based on the result obtained through distance measurement at a plurality of locations in a field captured for temporary display on a viewfinder. For example, a maximum difference of distances ?L is calculated. It is determined that the chart cannot be captured for storage if ?L is greater than a depth of field or is greater than a predetermined TL. A message indicating that the chart cannot be captured for storage is provided. Furthermore, it is determined that the subject is not the chart to be captured for storage if a subject size does not fall within a predetermined range.

Abstract: This invention makes it possible to execute photography with a sufficient red-eye relaxation effect. To do this, in this invention, the amount of a red eye is detected on the basis of a signal obtained by reading an object image under light projection by a light projection unit. The light projection by the light projection unit is controlled on the basis of the detection result.

Abstract: This camera includes a display device that displays a photographic condition, and a detection unit that detects a problem related to photography of which a photographer should be warned. When some problem is detected by the detection means, notification thereof is provided via a specification display (a simple warning message) for notifying of the detected problem, for example by blinking an in-viewfinder help mark; and when a specified actuation (for example the depression of a help button) is performed while this specification display is being provided, a warning message (a detailed warning message) that describes in text the details of the problem that has been detected is displayed upon the display device (for example, a liquid crystal monitor).