Abstract: The display management system includes an operation display apparatus, a master display apparatus, and a management server. The management server has a selection unit that causes the user to select image processing that is executed by the master display apparatus when the image edited by the user by using the operation display apparatus is checked using the master display apparatus, and an instruction unit that instructs the operation display apparatus to execute the image processing selected by the selection unit in a case where this image processing can be executed by the operation display apparatus. The operation display apparatus has an image processing unit that subjects the inputted image to the image processing performed under instruction by the instruction unit and a display unit that displays on a display unit the image subjected to the image processing by the image processing unit.

Abstract: The display management system includes an operation display apparatus, a master display apparatus, and a management server. The management server has a selection unit that causes the user to select image processing that is executed by the master display apparatus when the image edited by the user by using the operation display apparatus is checked using the master display apparatus, and an instruction unit that instructs the operation display apparatus to execute the image processing selected by the selection unit in a case where this image processing can be executed by the operation display apparatus. The operation display apparatus has an image processing unit that subjects the inputted image to the image processing performed under instruction by the instruction unit and a display unit that displays on a display unit the image subjected to the image processing by the image processing unit.

Abstract: An image capturing apparatus determines an image frame to extract as a reference image frame from a plurality of image frames constituting a moving image, using a histogram, for example, and generates a reference image data file. An encoder unit encodes the plurality of image frames after reducing the resolution thereof, and generates an encoded moving image data file. A list associating the reference image frame with information specifying the corresponding reference image data file is generated with a content information list generating unit. The reference image data file, the encoded moving image data file and the list are then recorded.

Abstract: An analyzer of a display control apparatus analyzes image characteristics of an image that has been pixel-converted by a pixel converter. A number-of-pixels determining unit compares the analysis result obtained by the analyzer with predetermined deterioration determination thresholds and determines the number of display pixels that is optimal for content. A pixel converter converts the number of pixels of the content into the determined optimal number of display pixels.

Abstract: In a first image processing apparatus, a first image processing unit 104 applies image processing to video content stored in a first storage unit. At this time, the first image processing unit stores information relating to detail and progress of the applied image processing in an image processing information storage unit as image processing information. In a case in which the first image processing unit interrupts the image processing being applied and the interrupted image processing is taken over and executed by a second image processing apparatus, the partially processed video content and the corresponding image processing information are transferred to the second image processing apparatus.

Abstract: An image processing method comprising: a decoding processing step of applying decoding processing to a first kind of image data and a second kind of image data; a first resolution conversion processing step of applying first resolution conversion processing to the first kind of image data subjected to decoding processing; a parameter acquisition step of acquiring a parameter for resolution conversion of the second kind of image data subjected to decoding processing, on the basis of a result of the first resolution conversion processing; and a second resolution conversion processing step of applying a second resolution conversion processing to the second kind of image data subjected to decoding processing by using the acquired parameter.

Abstract: An image capturing apparatus determines an image frame to extract as a reference image frame from a plurality of image frames constituting a moving image, using a histogram, for example, and generates a reference image data file. An encoder unit encodes the plurality of image frames after reducing the resolution thereof, and generates an encoded moving image data file. A list associating the reference image frame with information specifying the corresponding reference image data file is generated with a content information list generating unit. The reference image data file, the encoded moving image data file and the list are then recorded.

Abstract: In a first image processing apparatus, a first image processing unit 104 applies image processing to video content stored in a first storage unit. At this time, the first image processing unit stores information relating to detail and progress of the applied image processing in an image processing information storage unit as image processing information. In a case in which the first image processing unit interrupts the image processing being applied and the interrupted image processing is taken over and executed by a second image processing apparatus, the partially processed video content and the corresponding image processing information are transferred to the second image processing apparatus.

Abstract: An analyzer of a display control apparatus analyzes image characteristics of an image that has been pixel-converted by a pixel converter. A number-of-pixels determining unit compares the analysis result obtained by the analyzer with predetermined deterioration determination thresholds and determines the number of display pixels that is optimal for content. A pixel converter converts the number of pixels of the content into the determined optimal number of display pixels.

Abstract: A multiplexer 106 conducts time division multiplexing on various data trains input from a digital broadcast reception tuner 103 and various interfaces 104 and 105 while adding packet arrival time correction information. A demultiplexer 109 demultiplexes time division multiplexed data multiplexed by the multiplexer 106, corrects packet arrival time on the basis of the packet arrival time correction information. A PCR correction section 110 corrects a system clock on the basis of the packet arrival time correction information added by the multiplexer 106. As a result, it becomes possible to transfer an MPEG2 stream and other data in concurrent while maintaining program synchronization.

Abstract: An image processing method comprising: a first decoding processing step of applying decoding processing to a first kind of image data; a first resolution conversion processing step of applying first resolution conversion processing to the first kind of image data subjected to decoding processing; a parameter acquisition step of acquiring a parameter for resolution conversion of a second kind of image data before or after the decoding processing, on the basis of a data to which the first resolution conversion processing is applied; and a second resolution conversion processing step of applying second resolution conversion processing to the second kind of image data on the basis of the second kind of image data before or after the decoding processing and the acquired parameter.

Abstract: A multiplexer 106 conducts time division multiplexing on various data trains input from a digital broadcast reception tuner 103 and various interfaces 104 and 105 while adding packet arrival time correction information. A demultiplexer 109 demultiplexes time division multiplexed data multiplexed by the multiplexer 106, corrects packet arrival time on the basis of the packet arrival time correction information. A PCR correction section 110 corrects a system clock on the basis of the packet arrival time correction information added by the multiplexer 106. As a result, it becomes possible to transfer an MPEG2 stream and other data in concurrent while maintaining program synchronization.