Abstract: A display monitor chassis comprises user controls and a display screen. The display screen displays a first graphical user interface (GUI) that can be manipulated using at least one of the user controls to adjust the display monitor. The display screen is capable of displaying a second GUI that can be manipulated using at least one of the user controls to adjust an accessory communicably coupled to the display monitor chassis.

Abstract: A display monitor chassis comprises user controls and a display screen. The display screen displays a first graphical user interface (GUI) that can be manipulated using at least one of the user controls to adjust the display monitor. The display screen is capable of displaying a second GUI that can be manipulated using at least one of the user controls to adjust an accessory communicably coupled to the display monitor chassis.

Abstract: One aspect of the invention is an automatic configuration method. The method comprises monitoring a network for data sent by a server in response to a configuring notice, receiving the data, and automatically configuring a processing platform to the network based on the data. Another aspect of the invention is an automatic configuration system. The system comprises a processing platform and application logic operatively associated with the processing platform. The application is operable to monitor a network for data sent by a server in response to a configuring notice, receive the data, and automatically configure the processing platform to the network based on the data.

Abstract: A controller controls selection of rows of photosensors residing in a photosensor array having at least one row of photosensors with a first sensor size, and at least one row of photosensors with a second sensor size. In a first example embodiment, the controller may select each sensor in a double row of sensors for white light having a smaller area than the sensors in other rows. For the first embodiment, the native input sampling rate for luminance is greater than the native input sampling rate for color information. In a second example embodiment, for every band of wavelengths being sensed, the controller selects one of two rows of sensors, with one row having relatively small sensor areas and the other row having relatively large sensor areas. In the second example embodiment, the rows with relatively small sensor areas are used for high native input sampling rates, and the rows with relatively large sensor areas are used for high color accuracy.

Abstract: In an image scanner, multiple exposures are used for each scan line, and only part of the pixels for each scan line are used for each exposure. For example, with two exposures, half the pixels may be used for the first exposure, and half for the second exposure. For each exposure, half of the charges are shifted out rapidly and discarded, without waiting for the A/D conversion time. As a result, for each exposure, the time required to empty the charge shift register is greatly reduced, reducing the thermal noise for all pixels.

Abstract: A multiple resolution sensing apparatus comprises first and second arrays of photosensor elements and an image processing system. The first array exhibits a first signal-to-noise (S/N) ratio and a first input sampling rate (ISR). The first array also is operative to generate color information, corresponding to an image, that comprises at least one of red, green and blue information. The second array exhibits a second S/N ratio lower than the first S/N ratio and a second ISR higher than the first ISR. The second array is operative to generate luminance information corresponding to the image. The image processing system is communicatively coupled to the first array and the second array and is operative to receive the color information from the first array and the luminace information from the second array.

Abstract: The present invention is directed to a system and method which capture images by use of an optical detector. The system and method illuminate a scan region utilizing a bulb that emits light of greater intensity near its extremities than at its center to provide image light to an optical detector via an optical reduction component.

Abstract: One aspect of the invention is an automatic configuration method. The method comprises monitoring a network for data sent by a server in response to a configuring notice, receiving the data, and automatically configuring a processing platform to the network based on the data. Another aspect of the invention is an automatic configuration system. The system comprises a processing platform and application logic operatively associated with the processing platform. The application is operable to monitor a network for data sent by a server in response to a configuring notice, receive the data, and automatically configure the processing platform to the network based on the data.

Abstract: A method of combining the low resolution, higher signal-to-noise information with the high resolution, low signal-to-noise information created by a dual resolution CCD is disclosed.

Abstract: Systems and methods are provided for enhancing related digital images through a user-friendly interactive-interview process. A digital-image-processing system may be implemented with a user interface, a data manager, and an image processor. The user interface identifies a flawed region of a first digital image and a substitute region. The image processor is configured to generate a composite image comprising the first digital image and the substitute region wherein the image processor is responsive to an interactive interview process. A digital-image processing method includes receiving related digital-image information, identifying an undesirable feature within the digital-image information, associating a desired feature within the digital-image information with the undesirable feature, replacing the undesirable feature with the desirable feature, and adjusting the image information responsible for generating the desirable feature to produce a modified digital image.

Abstract: Systems and methods for storing image files over time are disclosed. A method for managing digital data storage over time in a computer based data storage system includes, acquiring an image from a client, associating a representation of the image with the client, storing the representation in a first image file format, receiving a client request for delivery of the image in a preferred image file format, determining if the first image file format is compatible with the preferred image file format, translating the representation from the first image file format to the preferred file format when the first image file format is incompatible with the preferred file format, and delivering the image as desired. The method may be implemented by a data storage system having a primary data storage device, a computing device including an operable data manager, a network interface, and a secondary data storage device.

Abstract: The present disclosure relates to a system and method for facilitating image retrieval. In one arrangement, the method comprises the steps of querying a user as to at least one attribute of an image the user wishes to retrieve, receiving user responses, and presenting at least one image to the user based upon the user response. In one arrangement, the system comprises means for querying a user as to attributes of an image the user wishes to retrieve, means for receiving user responses, and means for presenting images to the user based upon the user responses.

Abstract: The present invention is directed to a system and method which uses metadata to create an association between key words in textual files or files containing text; key objects in image files or pictures; and key names associated with textual files, files containing text, image files and picture files and the files or their file names. Key words in textual files or files containing text can be identified by the user or through semantics processing. Key objects in image and picture files can be identified by the user or through object recognition software. Key names in textual files, files containing text, image files and picture files are identified by a narrative or other spoken words given by the user to the processing system with respect to specific pictures.

Abstract: The present invention is directed to a system and method which capture images by use of an optical detector. The system and method illuminate a scan region utilizing a bulb that emits light of greater intensity near its extremities than at its center to provide image light to an optical detector via an optical reduction component.

Abstract: A controller controls selection of rows of photosensors residing in a photosensor array having at least one row of photosensors with a first sensor size, and at least one row of photosensors with a second sensor size. In a first example embodiment, the controller may select each sensor in a double row of sensors for white light having a smaller area than the sensors in other rows. For the first embodiment, the native input sampling rate for luminance is greater than the native input sampling rate for color information. In a second example embodiment, for every band of wavelengths being sensed, the controller selects one of two rows of sensors, with one row having relatively small sensor areas and the other row having relatively large sensor areas. In the second example embodiment, the rows with relatively small sensor areas are used for high native input sampling rates, and the rows with relatively large sensor areas are used for high color accuracy.

Abstract: A controller controls selection of rows of photosensors residing in a photosensor array having at least one row of photosensors with a first sensor size, and at least one row of photosensors with a second sensor size. In a first example embodiment, the controller may select each sensor in a double row of sensors for white light having a smaller area than the sensors in other rows. For the first embodiment, the native input sampling rate for luminance is greater than the native input sampling rate for color information. In a second example embodiment, for every band of wavelengths being sensed, the controller selects one of two rows of sensors, with one row having relatively small sensor areas and the other row having relatively large sensor areas. In the second example embodiment, the rows with relatively small sensor areas are used for high native input sampling rates, and the rows with relatively large sensor areas are used for high color accuracy.

Abstract: A method for dynamically determining and adjusting the color balance of the light strip along one edge of the scanned area and adjusting the gains of independently controlled red, green and blue channels of a CCD array. Alternatively, the gain of one color channel may be held constant and measured to determine the light intensity of the light source as the temperature of the light source varies. The power to the light is then changed to maintain the intensity of the light source within a predetermined range. The three color channels are then compared to a predetermined color balance. If the color balance is outside of a predetermined range, the other two color channels gains are varied in order to maintain the color balance between the three color channels.

Abstract: An image processing method for converting an input matrix into an output matrix including steps of calculating an increment value and a target value based upon the resolution of the input matrix and the resolution of the output matrix. As each picture element of the input matrix is received the increment value is added to the value of a counter. When the value of the counter is greater than the target value, the received picture element is placed into the output matrix and the target value is subtracted from the value of the counter.

Abstract: A document scanner provides compensation for sensitivity nonuniformity that may exist between the individual sensor cells of the sensor array that is used to sense light reflected from a document being scanned. Compensated is provided for both dark (i.e. unilluminated) sensitivity variation and light (i.e. illuminated) sensitivity variation that may exist in the individual sensor cells of the sensor array.

Abstract: A document scanner is disclosed wherein means are provided to dynamically compensate for any changes in document illumination intensity that may occur as a document is scanned. The compensation method and apparatus operates to measure the intensity of light that is reflected from a target area that borders an edge of the document being scanned. The target area is a narrow, elongated, area that extends in the scan direction. The target area is of a color to approximate the document's background area, i.e. the document's nonimage area. Since the target area is of a continuous and uniform color tone, any variation in the quantity of light that is reflected from the target area is caused by a variation in the intensity of illumination thereof by the scanning light source. The method and apparatus of the invention controls the scanning light source so as to maintain the light reflected from the target area at a substantially constant magnitude.