Abstract:
PROBLEM TO BE SOLVED: To provide an image processing device capable of efficiently performing rough and thorough matching processes on a plurality of images in parallel.SOLUTION: An image processing device stores a plurality of simple patterns for referring to p number (p is an integer equal to or more than two) of block images and a plurality of reference patterns each of which is associated with each simple pattern. The image processing device comprises: p number of first operation parts to which different block images are respectively assigned and that perform first correlation operations using all simple data and the assigned block images; and a second operation part that performs a second correlation operation by reading out sequentially reference patterns corresponding to simple patterns having the closest correlation with the block image obtained by the first correlation operation on all the block images. Each first operation part acquires each simple pattern in the same timing.
Abstract:
PROBLEM TO BE SOLVED: To shorten the processing time until compressing a moving image from RAW data which is sensor output, in high-speed imaging processing. SOLUTION: When performing the direct moving image compression of the RAW data, after the RAW data are divided into respective color components in a RAW data division circuit 101, each color component is defined as a slice unit and the image of one frame is reconfigured by a reconfiguration circuit 102. Motion detection is performed, by means of one of slices, in a motion detection circuit 103. The respective slices are processed in parallel, by means of a detected motion vector, in a moving image compression circuit 104. Thus, the processing amount and processing time of the moving image compression, and the peak of power consumption can be reduced. COPYRIGHT: (C)2010,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a communication device and others which can simplify various settings.SOLUTION: A communication device 8002 transmits external apparatus information received from an external apparatus 8001 via proximity radio communication to a server 8003 via a network. The communication device 8002 comprises: an antenna 8808 for performing proximity radio communication with the external apparatus 8001; a proximity radio communication unit 8809 which communicates with the external apparatus 8001 via the antenna 8808 to receive the external apparatus information; an external apparatus storage unit 8813 which stores the external apparatus information received by the proximity radio communication unit 8809; a registration information generation unit 8812 which generates registration information to be registered with a database in the server 8003 on the basis of the external apparatus information stored in the external apparatus storage unit 8813 and communication device information including communication device identification information for identifying the communication device 8002; and a server communication unit 8830 which transmits the registration information to the server 8003 via the network.