Abstract:
Disclosed is an image forming apparatus including: at least three storing devices; a detecting unit; and a control unit, wherein the striping is carried out by using all of the storing devices, and the mirroring is carried out by using at least two of the storing devices except at least one storing device. When one of the storing device is failed, in case that the mirroring was carried out by using the failed storing device, the mirroring is continued by using the one storing device which is not used for carrying out the mirroring instead of the failed storing device. The striping is carried out by using all of the storing devices except the failed storing device.
Abstract:
According to one embodiment of the invention, a camera determines whether to acquire an image (e.g., automatically), determines whether to store the acquired image, and determines how to store the acquired image.
Abstract:
An image capture device using a memory array that is directly addressed and non-volatile is disclosed. The memory array can be used to replace and emulate multiple memory types such as DRAM, SRAM, non-volatile RAM, a non-volatile memory card, and FLASH memory, for example. The memory array may be randomly accessed. Data stored in the memory array is retained in the absence of electrical power. One or more memory arrays may be used in the image capture device. At least one of the memory arrays may be in the form of a removable memory card.
Abstract:
The present invention efficiently executes a transfer process from a flash memory to an optical disc. A recording control apparatus includes a UDF file system section that configures a UDF file system on the flash file system of a flash memory and an application format section that converts video and audio data into a file group conforming to the DVD application format and manages it on the UDF file system. When copying the data recorded in the flash memory to a DVD, a management information switching section of the apparatus converts the logical addresses of the flash memory into the logical addresses of the DVD. A DVD buffer control section converts the data recorded in an array of 64 Kbytes that is the recording unit of the flash memory into an array of 32 Kbytes that is the recording unit of the DVD and transfers them to the DVD drive.
Abstract:
By connecting to or mounting a first storage medium that stores image data as a retrieval object (e.g. first memory card 121) and a second storage medium that stores a retrieve condition (e.g. non-volatile memory 111 or second memory card 122), an imaging apparatus 100 can store image data as a retrieval object and a retrieve condition on different storage medium. By replacing the first storage medium with a third storage medium, image retrieval can be executed for a plurality of storage medium using the same retrieve condition.
Abstract:
A multimedia information appliance includes a camera unit, an image display unit, and a multi-port memory. The camera unit includes an image sensor, an image signal processor, an application processor, and a multi-port memory. The image sensor is configured to receive an optical signal of a photographed image from a lens, and to convert the optical signal into an electrical signal. The image signal processor is configured to convert the electrical signal into an image signal, and to control the image sensor. The application processor is configured to process the image signal. The multi-port memory includes a plurality of data input/output ports and stores signals received from the image signal processor and the application process through different data input/output ports.
Abstract:
A digital camera includes: an imaging unit that obtains image data by capturing an image of a subject; a recording control unit that records the image data obtained by capturing the image of the subject into a plurality of recording media; a speed detection unit that detects access speeds at each of the plurality of recording media; and a selection unit that selects the recording media, into which image data are to be recorded by the recording control unit, based upon each of the access speeds having been detected, wherein: at least one of the plurality of recording media is an exchangeable recording medium.
Abstract:
A digital photo frame printer includes a printer casing module, an image-capturing module, an image-processing module, an image-displaying module, and an image-printing module. The image-capturing module is disposed in the printer casing module for capturing images of external objects. The image-processing module is disposed in the printer casing module and electrically connected with the image-capturing module for processing the images that have been captured via the image-capturing module. The image-displaying module is disposed in the printer casing module and electrically connected with the image-processing module for displaying images that have been processed via the image-processing module. The image-printing module is disposed in the printer casing module and electrically connected with the image-processing module for printing images that have been processed via the image-processing module.
Abstract:
In a recording apparatus that is capable of recording information on a plurality of recording media, i.e., first and second memory cards, the information is recorded on the first and second memory cards simultaneously, the information that has been recorded only on one of the memory cards is left and the information recorded on the other is deleted in dependence upon the available capacities of the memory cards at the end of recording. Performing recording in this manner makes it possible to store continuous data collectively on a single recording medium to the greatest extent possible.
Abstract:
According to one embodiment of the invention, a camera determines whether to acquire an image (e.g., automatically), determines whether to store the acquired image, and determines how to store the acquired image.