Abstract: A server fulfills region and time of interest (RTI) requests for images from multiple users. The server includes a receiver for receiving a RTI request from a user, a processor for assembling a compressed image based on the RTI request, and a transmitter for transmitting the compressed image to the user. The processor is configured to extract a first portion of the compressed image from a local storage device. If the first portion is insufficient to fulfill the RTI request, the processor is configured to request a second portion of the compressed image from another server, and combine the first and second portions of the compressed image to fulfill the RTI request from the user. The compressed image includes an image compressed by a JPEG 2000 compressor.

Abstract: A camera incorporates a working memory (124) for storing a working image corresponding to the last captured image. The working image is displayed on a display screen (36) in a quick review mode of operation in response to a quick review signal entered by the camera operator via a camera control interface (74) to control processing circuitry (68,72) of the camera. The processing circuitry controls the display screen to keep it in an inactive state until the quick review signal is entered, and returns it to an inactive state after a predetermined time period or when the quick review signal is discontinued to conserve energy. In addition, the working image is displayed in the quick review mode regardless of whether a non-volatile memory is available in the camera or, in the case of a hybrid camera, whether a film cartridge is contained in a film chamber (98) of the camera.

Abstract: A camera is configured to capture an image of a real world scene as an image signal and to store captured images. The camera includes a screen suitable for displaying a high resolution version of a stored image from a list of stored images when a location within the list is selected. When a browsing mode is selected, the screen displays a scrolling strip of low resolution versions of stored images from the list. A single control allows a user to select the location within the list and also allows a user to select the browsing mode. The camera can allow a user to move between full screen display of stored images and the browsing mode multiple times, with little repetitive finger and/or hand motion, without blocking viewing of the screen, and while allowing the hands to be retained in a convenient picture taking position.

Abstract: A camera incorporates a working memory (124) for storing a working image corresponding to the last captured image. The working image is displayed on a display screen (36) in a quick review mode of operation in response to a quick review signal entered by the camera operator via a camera control interface (74) to control processing circuitry (68,72) of the camera. The processing circuitry controls the display screen to keep it in an inactive state until the quick review signal is entered, and returns it to an inactive state after a predetermined time period or when the quick review signal is discontinued to conserve energy. In addition, the working image is displayed in the quick review mode regardless of whether a non-volatile memory is available in the camera or, in the case of a hybrid camera, whether a film cartridge is contained in a film chamber (98) of the camera.

Abstract: A method and apparatus for processing digital image data of an image. The digital data is divided up into a plurality of image segments and distributed to at least two image processing units. The image segments each have an overlapping region of the next adjacent image segment. The digital data is manipulated by each of the at least two image processing units at the same time and sent to a print engine interface unit as requested where the image is recombined.

Abstract: A camera incorporates a working memory (124) for storing a working image corresponding to the last captured image. The working image is displayed on a display screen (36) in a quick review mode of operation in response to a quick review signal entered by the camera operator via a camera control interface (74) to control processing circuitry (68,72) of the camera. The processing circuitry controls the display screen to keep it in an inactive state until the quick review signal is entered, and returns it to an inactive state after a predetermined time period or when the quick review signal is discontinued to conserve energy. In addition, the working image is displayed in the quick review mode regardless of whether a non-volatile memory is available in the camera or, in the case of a hybrid camera, whether a film cartridge is contained in a film chamber (98) of the camera.

Abstract: A camera incorporates a working memory (124) for storing a working image corresponding to the last captured image. The working image is displayed on a display screen (36) in a quick review mode of operation in response to a quick review signal entered by the camera operator via a camera control interface (74) to control processing circuitry (68,72) of the camera. The processing circuitry controls the display screen to keep it in an inactive state until the quick review signal is entered, and returns it to an inactive state after a predetermined time period or when the quick review signal is discontinued to conserve energy. In addition, the working image is displayed in the quick review mode regardless of whether a non-volatile memory is available in the camera or, in the case of a hybrid camera, whether a film cartridge is contained in a film chamber (98) of the camera.

Abstract: An apparatus for viewing and manipulating electronic image data corresponding to one or more images includes a display device for generating a displayed image from the electronic image data and for displaying a first set of graphical elements oriented in a direction substantially orthogonal to a second set of graphical elements. A first user control is arranged so that its direction of user engagement is oriented parallel to the first set of graphical elements for initiating one or more operations represented by the first set of graphical elements, and a second user control is arranged so that its direction of user engagement is oriented parallel to the second set of graphical elements for initiating one or more operations represented by the second set of graphical elements.

Abstract: A camera with: means for capturing an image of a real world scene as an image signal; storage means for storing captured images and from which stored images can be read; a screen; and a means for displaying on the screen a high resolution version of a stored image from a list of stored images when a location within the list is selected. The camera also has a means for displaying on the screen, when a browsing mode is selected, a scrolling strip of low resolution versions of stored images from the list. A single control allows a user to select the location within the list and which also allows a user to select the browsing mode. The camera can a user to move between full screen display of stored images and the browsing mode multiple times, with little repetitive finger and/or hand motion, without blocking viewing of the screen, and while allowing the hands to be retained in a convenient picture taking position.

Abstract: A camera incorporates a working memory (124) for storing a working image corresponding to the last captured image. The working image is displayed on a display screen (36) in a quick review mode of operation in response to a quick review signal entered by the camera operator via a camera control interface (74) to control processing circuitry (68,72) of the camera. The processing circuitry controls the display screen to keep it in an inactive state until the quick review signal is entered, and returns it to an inactive state after a predetermined time period or when the quick review signal is discontinued to conserve energy. In addition, the working image is displayed in the quick review mode regardless of whether a non-volatile memory is available in the camera or, in the case of a hybrid camera, whether a film cartridge is contained in a film chamber (98) of the camera.

Abstract: A camera with: means for capturing an image of a real world scene as an image signal; storage means for storing captured images and from which stored images can be read; a screen; and a means for displaying on the screen a high resolution version of a stored image from a list of stored images when a location within the list is selected. The camera also has a means for displaying on the screen, when a browsing mode is selected, a scrolling strip of low resolution versions of stored images from the list. A single control allows a user to select the location within the list and which also allows a user to select the browsing mode. The camera can a user to move between full screen display of stored images and the browsing mode multiple times, with little repetitive finger and/or hand motion, without blocking viewing of the screen, and while allowing the hands to be retained in a convenient picture taking position.

Abstract: A convenient and practical apparatus for transporting digital images for display is achieved by incorporating an internally fixed base camera memory into an electronic or hybrid camera. Specifically, a camera includes a digital imaging system (16, 70) for generating a first digital image of first resolution in response to an exposure signal, a first storage memory (124) for receiving and storing the first digital image generated by the digital imaging system, a fixed memory or a removable memory interface connector (130) for receiving a removable memory device, and a processor (120) for controlling the transfer of the first digital image from the first storage memory to the fixed memory or removable memory interface connector for subsequent storage in a removable memory device, when a removable memory device is coupled to the removable memory interface connector.

Abstract: A photographic apparatus for facilitating the calibrating and/or testing of a taking lens of a photographic camera comprises a photographic camera having a film chamber adapted to receive a conventional film cartridge having a code pattern on its surface. The camera includes a microprocessor provided with a first mode of operation for completing a picture taking cycle and a second mode of operation for facilitating the calibration and/or testing of the taking lens. The film chamber is provided with a plurality of electrical contacts for sensing the code pattern on the film cartridge. The photographic apparatus further includes a cartridge facsimile similar in shape and size to the conventional film cartridge. The cartridge facsimile has a diode attached thereto such that when the cartridge facsimile is inserted into the film chamber the diode will make contact between two of the electrical contacts.

Abstract: A flash charge related signal which indicates that there is inadequate flash energy to fire an electronic flash device is provided during flash-charging, until the elapse of a predetermined fraction of the last-measured full charge time for the flash device. The predetermined fraction determines a lesser charge time sufficient to ensure adequate (not full) flash energy for the next flash firing. Thus, the charging time perceived by the photographer always appears shortened to the lesser time, even though the flash device is not fired until it is fully charged. Moreover, the waiting time to fire the flash device can be shortened by relying on the lesser time.