Abstract:
There is disclosed a system and method for uploading a document from the device to a server. In an embodiment, the method comprises: (i) generating and storing a scaled down version of the document on the device; (ii) determining the type of connection the device has established with the server; (iii) if the device has established a specified type of high bandwidth connection to the server, then: uploading the document from the device to the server; deleting the document from the device; and creating an upload record of data associated with the scaled down version of the document on the device to subsequently access the uploaded document; (iv) else, if the device has not established a specified type of high bandwidth connection to the server, then uploading the scaled down version of the document.
Abstract:
A method, programmed medium and system are disclosed which provide for enabling a user to set the number of images/video that needs to be recorded prior to storing them in memory. The system is configured to manage the resolution and quality of the images/video, either automatically or manually, so that the images or video recordings are stored with the highest possible quality aspects within the free memory space available.
Abstract:
An image reader and an external terminal are connected to each other through a network. The image reader includes a reading unit, a reception section, a data conversion section, a transmission data generation section and a transmission section. The reading unit reads an image. The reception section receives terminal information from the external terminal. The data conversion section converts image data read by the reading unit into a predetermined data format based on the terminal information. The transmission data generation section adds additional information, which relates to processing of the converted image data, to the converted image data to generate transmission data. The transmission section transmits the transmission data to the external terminal.
Abstract:
In a printing system in which a digital camera (DSC) and PD printer apparatus are directly connected via a USB, and image data is transmitted from the DSC to the PD printer apparatus and printed, Capability of the PD printer apparatus is transmitted from the PD printer apparatus to the DSC after communication procedures are established by an application (NCDP) installed in the PD printer apparatus and DSC. The PD printer apparatus is caused to execute print operation in accordance with print conditions set by the DSC on the basis of the transmitted Capability.
Abstract:
An image processing method applied to an image display system is provided. The image processing method comprises generating a statistic data according to a transmitting time of at least one image from an image transmitting end to an image receiving end and a processing time for displaying the at least one image at the image receiving end, generating a parameter data according to a predetermined time interval and the statistic data, transmitting the parameter data from the image receiving end to the image transmitting end, and adjusting an appointed image according to the parameter data to generate an adjusted image, and transmitting the adjusted image from the image transmitting end to the image receiving end. Accordingly, images are displayed on the image display system at a constant interval.
Abstract:
In a printing system in which a digital camera (DSC) and PD printer apparatus are directly connected via a USB, and image data is transmitted from the DSC to the PD printer apparatus and printed, Capability of the PD printer apparatus is transmitted from the PD printer apparatus to the DSC after communication procedures are established by an application (NCDP) installed in the PD printer apparatus and DSC. The PD printer apparatus is caused to execute print operation in accordance with print conditions set by the DSC on the basis of the transmitted Capability.
Abstract:
When a read resolution set for a reader unit (200) is different from the transmission resolution, the read resolution is increased, and then the reader unit (200) reads an image. When the image read by the reader unit (200) contains the first encoded image obtained by encoding input information, the first encoded image is decoded to restore the input information. The restored input information is encoded at the transmission resolution to generate the second encoded image. The second encoded image is transmitted to the destination.
Abstract:
Disclosed is a method and a system for automatically scanning documents based on at least a user's credentials. The user's credentials are used to select a highest tier (from a plurality of tiers) for scanning the image data, and the image data is scanned according to the selected highest tier. Alternatively, if the highest tier selected is not authorized by a user's credentials, then a next highest tier is selected in accordance with the credentials, and then the job is automatically scanned. The credentials may be based on a time period (e.g., time of day), bandwidth, or a user's authorization (e.g., to scan color documents), for example. The tiers may be based on one or more thresholds, such as a percentage of color content in a document or scan resolution.
Abstract:
An image processing apparatus includes a reading speed changing unit to change a reading resolution of a manuscript in a vertical direction by changing a carrier linear speed of the manuscript or a moving speed of a reading carriage; a resolution changing unit to change a resolution in the vertical direction of image data of which reading resolution is changed; and a resolution instruction unit to calculate a threshold of a required resolution of an image to determine instruction contents for the reading speed changing unit and the resolution changing unit, based on a data size drawn from a maximum readout size of the manuscript in a main scanning direction and information to specify a pixel and data transfer capability of a data bus, and to provide a resolution for the reading speed changing unit and the resolution changing unit according to the calculated threshold of the required resolution.
Abstract:
An optical disk device includes a read means which reads an image signal from an optical disk, and a conversion means which converts this image signal to one designated resolution. Furthermore, this optical disk device is connected to a display device which displays an image of this converted image signal. Moreover, this optical disk device includes an actuation means which receives input of one resolution among the first plurality of resolutions. And this optical disk device also includes a control means which acquires a second plurality of resolutions from the display device. And, when one resolution is inputted by the actuation means, this control means decides whether or not this input resolution is included in the second plurality of resolutions. Moreover, if it has been decided that the input resolution is included in the second plurality of resolutions, the control means designates that input resolution to the conversion means.