Abstract: A control system includes: a moving object; and a control apparatus. The moving object is configured to: determine a face direction based on whether or not a face image of the human exists; and control the movement apparatus so that the moving object moves in accordance with path information. The control apparatus is configured to: detect a position of the human and the moving object in the area; calculate, based on the position of the human and the moving object, and the face direction, the path information for allowing the moving object to arrive at any one of a position within a predetermined range from the human and in a field of view of the human and a position within the predetermined range from the human and outside the field of view of the human; and transmit the path information to the moving object.

Abstract: An arithmetic unit comprises a video input unit to which is input recorded video information obtained by taking a video of a human, a memory which stores human motion information as information related to movement of the human, and a transmission unit which determines importance of the human motion information, and sends the recorded video information and the human motion information to an external device so that availability of the human motion information in the external device will increase more for the human motion information determined as having high importance.

Abstract: A three-dimensional information calculation device includes a first image input unit which continuously acquires a plurality of images from a first imaging unit, a second image input unit which continuously acquires a plurality of images from a second imaging unit, an object candidate region extraction unit which extracts an object candidate region where an object exists by using two or more images acquired by the first image input unit at different times, a region future estimation unit which estimates a future position of the object candidate region relative to an image capture range of the first imaging unit based on a position of the extracted object candidate region on a plurality of images, and a three-dimensional information calculation unit which calculates three-dimensional information of the object candidate region, in which three-dimensional information is deemed required based on the future position estimated by the region future estimation unit, based on corresponding points of the object candida

Abstract: A control apparatus is configured to execute: acquisition processing of acquiring, from at least one data acquisition apparatus, as data on a second object, time series data on a series of pieces of information on the second object that has been collected since the at least one data acquisition apparatus detected the second object; determination processing of determining whether or not the first and the second object are identical to each other based on information on the first and the second object; and storage processing of storing, when the determination processing results that the first and the second object are/aren't identical to each other, the data on the second object and the data on the first object in association with/without each other, and when the determination processing results in a determination that the first object and the second object are not identical to each other.

Abstract: An object detection apparatus includes a camera pose calculation unit, a region setting unit, an image generating unit, and an object detection unit, in which the camera pose calculation unit acquires information related to a pose of a camera installed in a mobile object, the region setting unit makes a relation between a location in an image photographed through the camera and a photographed space based on the pose of the camera, and sets a plurality of detection regions on the image based on the relation. A processing method determining unit determines an image processing method including a setting of a resolution for each of the plurality of detection regions, the image generating unit converts an image in each of the detection regions to have the set resolution, and generates a region image, and the object detection unit detects an object using each of the region images.

Abstract: In order to transfer an image encoded at a high compression rate and suitably increase the resolution of the transferred image, it is provided an image transfer system, comprising: an image transmission unit that transmits an image; and an image reception unit that receives the image transmitted from the image transmission unit. The image transmission unit scales down the image, and transmits the scaled-down image to the image reception unit. The image reception unit calculates an angle between a line displayed in the image transmitted from the image transmission unit and a horizontal direction of the image in correspondence with pixels included in the image, scales up the image transmitted from the image transmission unit, and removes an aliasing component of the scaled-up image based on the calculated angle.

Abstract: A moving image processor includes a first and a second moving image processing unit which are able to perform parallel operation, and a data transfer unit having a first buffer and a second buffer. The first moving image processing unit processes macroblocks MB00, - - - , of one row of one image sequentially, and the second moving image processing unit processes macroblocks MB10, - - - , of the next row sequentially. The first and the second moving image processors include a first and a second deblocking filters, respectively. Operation timing of the second filter is delayed by the processing time of two macroblocks, compared with operation timing of the first filter. The processing results of the first filter and the second filter are transferred to an external memory via the first buffer and the second buffer of the transfer unit.

Abstract: When super-resolution processing is applied to an entire screen image at the same intensity, a blur contained in an input image is uniformly reduced over the entire screen image. Therefore, the screen image may be seen differently from when it is naturally seen. As one of methods for addressing the problem, there is such a method that: when a first image for a left eye and a second image for a right eye are inputted, each of parameters concerning image-quality correction is determined based on a magnitude of a positional deviation between associated pixels in the first image and second image respectively; and the parameters are used to perform image-quality correction processing for adjusting a sense of depth of an image.

Abstract: In order to transfer an image encoded at a high compression rate and suitably increase the resolution of the transferred image, it is provided an image transfer system, comprising: an image transmission unit that transmits an image; and an image reception unit that receives the image transmitted from the image transmission unit. The image transmission unit scales down the image, and transmits the scaled-down image to the image reception unit. The image reception unit calculates an angle between a line displayed in the image transmitted from the image transmission unit and a horizontal direction of the image in correspondence with pixels included in the image, scales up the image transmitted from the image transmission unit, and removes an aliasing component of the scaled-up image based on the calculated angle.

Abstract: A moving image processor includes a first and a second moving image processing unit which are able to perform parallel operation, and a data transfer unit having a first buffer and a second buffer. The first moving image processing unit processes macroblocks MB00, - - - , of one row of one image sequentially, and the second moving image processing unit processes macroblocks MB10, - - - , of the next row sequentially. The first and the second moving image processors include a first and a second deblocking filters, respectively. Operation timing of the second filter is delayed by the processing time of two macroblocks, compared with operation timing of the first filter. The processing results of the first filter and the second filter are transferred to an external memory via the first buffer and the second buffer of the transfer unit.

Abstract: The present invention is directed to improve efficiency of a filter processing on an image. A filter processing module includes a filter circuit and a control circuit. The filter circuit includes: a first register capable of storing data; a first arithmetic logic unit capable of executing a first filter processing on the basis of output data of the first register; a second register capable of storing a result of the arithmetic operation of the first arithmetic logic unit; and a second arithmetic logic unit capable of executing a second filter processing on the basis of output data of the second register. The control circuit adjusts the number of pieces of data which is input per cycle in the first register in accordance with the number of taps in the first filter processing, size of an execution result of the first filter processing, and the number of second arithmetic logic units, thereby promptly completing the first filter processing.

Abstract: In a video recorder, closed caption sentence data is outputted by analyzing digital broadcasting data including closed caption information. Index data is generated on the basis of a feature extraction rule and the effectiveness of an appearing keyword by analyzing closed caption sentence data. Closed caption feature data including a type of a closed caption sentence and a display time is generated by analyzing a closed caption ES (Elementary Stream). The broadcasting data is stored as record data, the closed caption feature data is analyzed, chapter data for reproducing a program is generated by a chapter designated by the user, and the chapter data is outputted to a storage. In the case of recording and reproducing the digital broadcasting program, it is possible to perform both the reproduction by the optimal index using the closed caption and the reproduction by the keyword voluntarily inputted by the user.

Abstract: A chaptering apparatus and method for movie data to set chapter points at more appropriate points in the movie data are disclosed. The apparatus includes a unit for acquiring the subtitle data from the movie data and a unit for chaptering the movie data. The chaptering unit detects sections designated not to display text data in the subtitle data for predetermined time or longer, based on the subtitle data acquired by the subtitle data acquisition unit, and sets, as chapter starting points, ending points of sections designated not to display text data in the subtitle data for predetermined time or longer.

Abstract: A video recording/playing apparatus, for recording or playing video data comprises a contents information extraction unit for extracting content information displaying contents from video data under reception or playback thereof, differing from the video data, and a recording/playing control unit for controlling recording or playing of a first contents corresponding to a first contents information, upon basis of the first contents information, which is extracted within the contents information extraction unit.

Abstract: A telop recognition method is provided which, during a telop recognition operation, can correct an error, if any, in the recognition operation without loading dictionaries of unnecessary character type into memory and which, when the telop recognition is performed again, does not have to initiate the telop recognition operation from the start. The telop area extraction unit and the character extraction unit are operated to generate character image data, which is temporarily stored. The dictionary data selection unit selects dictionary data corresponding to a program category. By using the character image data and the dictionary data, a character recognition operation is executed to produce candidate character strings. The telop information generation unit processes the candidate character strings to generate telop information.