Abstract:
An image forming device includes a storage unit (140) operable to register information on a plurality of servers; a communication unit (110) operable to be connected to the plurality of servers registered in the storage unit via a network and operable to receive application information provided by the plurality of servers, wherein the application information comprises at least one of a name of the application, a type of the application and an associated icon; a Ul processing unit (150) operable to configure an integrated Ul to display applications executable respectively by the plurality of servers by using the application information received from each server; a display unit (130) operable to display the integrated Ul; and a control unit (120) operable to control the display unit to display a setting screen for server registration comprising an area to set priorities among the plurality of servers and, if an application is selected from the integrated Ul, to request a web service to a server executing the selected application, wherein the application information is included in HTML data, and wherein, in response to the priorities among the plurality of servers being set on the setting screen by a user, the Ul processing unit (150) configures the integrated Ul such that the application information extracted from HTML of a high-priority server be positioned above the integrated Ul by reflecting the priorities. Therefore, convenience in the use of web services may increase.
Abstract:
In one embodiment, a portable terminal has an input device, a display, and a controller. The controller analyzes maintenance information inputted by the input device, and converts the maintenance information into a format suitable for display of the display, based on this analysis result. The display displays the converted maintenance information.
Abstract:
A system (10) and method for correlating processing data and image data within a digital camera device (14) comprises a capture device (24) for gathering image data, a data cell manager (95) for building a data cell (76) containing processing data and for linking the data cell to the image data, and a processor device (88) for processing and compressing the image data by using the processing data stored within the data cell.
Abstract:
The present invention is drawn to a method of processing a print job. The method includes encoding a print job post-print processing instructions. The method additionally includes printing the print job including the post-print processing instructions on a media substrate. The post-print processing instructions can be printed with a non-visible ink. The post-print processing instructions can be read, and the post-print processing can be performed according to the instructions.
Abstract:
A method of determining the geographic location of a hardcopy medium having an image side and a non-image side, includes scanning a hardcopy medium to produce a scanned digital image; scanning the non-image side of the hardcopy medium; detecting a location feature from the scan of the non-image side of the hardcopy medium; using the location feature to determine the geographic location of the scanned digital image; and storing the determined geographic location of the scanned digital image.
Abstract:
A method for displaying an information window (101,102) and a display apparatus thereof are provided. A display apparatus includes a network interface which receives time-varying information from an external source, an On Screen Display (OSD) generating unit which generates an information window (101,102) to show the information, a signal processing unit which processes an image signal to be ready to display, a display unit which displays the processed image (103) with the generated information window (101,102) on a screen, and a control unit which controls the OSD generating unit, the signal processing unit, and the display unit to display the processed image and the generated information window (101,102) together.
Abstract:
Various improvements to steganographic systems, and applications therefore, are disclosed. The improvements include facilitating scale and rotation registration for steganographic decoding by use of rotationally symmetric steganographically embedded patterns and subliminal digital graticules; improved techniques for decoding without access to unencoded originals; improving robustness of steganographic coding in motion pictures and/or in the presence of lossy compression/decompression; and representing data (1690) by patterned bit cells (802) whose energy in the spatial domain facilitates decoding registration (1692). Applications include enhanced-security financial transactions, counterfeit resistant identification cards, fraud deterrent systems for cellular telephony, covert modem channels in video transmissions, photo duplication kiosks with automatic copyright detection, and hotlinked image objects (e.g., with embedded URLs) for use on the Internet.
Abstract:
A method of processing a digital audio signal that includes a number of elements, each with an associated value, the method comprising altering the digital audio signal in accordance with an embedded signal so as to encode an identification code therein, the embedded and altered audio signals each including a number of elements, each with an associated value, wherein an element of the altered audio signal has a value different than that of corresponding elements in both the digital audio and embedded signals, and in which the identification code and certain pseudorandom reference data are used to generate the embedded signal, the association between the embedded signal and the identification code being indiscernible without availability of the reference data, the method further comprising transforming the pseudorandom reference data according to the identification code to generate the embedded signal; and scaling the embedded signal according to characteristics of the digital audio signal such that the altered signal preserves aural information of the digital audio signal without human perceptible degradation.