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    • 2. 发明申请
    • TERMINAL DEVICE AND METHOD FOR PROCESSING DATA
    • 终端设备和处理数据的方法
    • US20110096230A1
    • 2011-04-28
    • US13001775
    • 2009-06-29
    • Daisaku KomiyaKenichi FujitaHidenori Ishii
    • Daisaku KomiyaKenichi FujitaHidenori Ishii
    • H04N7/01
    • G09G5/005G06F3/1454G09G5/006G09G5/14G09G2340/14G09G2340/145G09G2370/042G09G2370/16
    • Provided is a terminal device that can make an external display device show an enlarged website screen for every object to improve user convenience. A terminal device (103) is a mobile terminal device that can be connected with an external display device (104). The terminal device is provided with an information acquisition unit (203) that acquires information which is used for displaying a website screen and is comprised of an object including a parameter for specifying a screen size of the website screen, a parameter change unit (207) that changes the parameter so as to increase the screen size, a data processing unit (211) that carries out decoding process of the object, thereby generating screen information of the screen size specified by the changed parameter, and a communication unit (214) that outputs the generated screen information to the external display device (104).
    • 提供一种终端设备,其可以使外部显示设备针对每个对象显示放大的网站屏幕,以提高用户便利性。 终端装置(103)是能够与外部显示装置(104)连接的移动终端装置。 该终端装置设置有获取用于显示网站屏幕的信息的信息获取单元,包括用于指定网站屏幕的屏幕尺寸的参数的对象,参数改变单元(207) 改变参数以增加屏幕尺寸;执行对象的解码处理的数据处理单元(211),从而生成由改变的参数指定的屏幕尺寸的屏幕信息;以及通信单元(214),其中, 将生成的画面信息输出到外部显示装置(104)。
    • 3. 发明申请
    • STREAM TRANSMISSION SERVER AND STREAM TRANSMISSION SYSTEM
    • 流传输服务器和流传输系统
    • US20100185748A1
    • 2010-07-22
    • US12664923
    • 2008-06-27
    • Hidenori IshiiDaisaku Komiya
    • Hidenori IshiiDaisaku Komiya
    • G06F15/16
    • H04N21/234H04N19/88H04N21/234318H04N21/236H04N21/41407H04N21/47214H04N21/6587H04N21/8547
    • A server (101) streams data coded by inter-frame prediction. The server (101) comprises: a transmission data generator (116) for causing an independently decodable key frame to be added with at least one difference frame following the key frame to create data of one transmission unit, and generating a buffering key frame added with information on the data of one transmission unit, the information including a frame number; and an output unit (114) for transmitting, with transmission timing of the key frame, a buffering key frame generated with a key frame that should be transmitted with the transmission timing, and transmitting an arbitrary frame with transmission timing of the difference frame. This can reduce buffering time for switching a terminal to play a stream between a plurality of terminals, allowing the switching to be done smoothly.
    • 服务器(101)流动通过帧间预测编码的数据。 服务器(101)包括:发送数据生成器(116),用于使可独立解码的关键帧与所述关键帧之后的至少一个差分帧相加以创建一个发送单元的数据,并生成添加了 关于一个发送单元的数据的信息,所述信息包括帧号; 以及输出单元(114),用于以关键帧的发送定时,以应用发送定时发送的关键帧生成的缓冲关键帧进行发送,并且发送具有差分帧的发送定时的任意帧。 这可以减少用于切换终端以在多个终端之间播放流的缓冲时间,从而允许切换顺利进行。
    • 4. 发明授权
    • Stream transmission server and stream transmission system
    • 流传输服务器和流传输系统
    • US08719883B2
    • 2014-05-06
    • US12664923
    • 2008-06-27
    • Hidenori IshiiDaisaku Komiya
    • Hidenori IshiiDaisaku Komiya
    • H04N7/173H04N21/234H04N21/236H04N7/26
    • H04N21/234H04N19/88H04N21/234318H04N21/236H04N21/41407H04N21/47214H04N21/6587H04N21/8547
    • A server (101) streams data coded by inter-frame prediction. The server (101) comprises: a transmission data generator (116) for causing an independently decodable key frame to be added with at least one difference frame following the key frame to create data of one transmission unit, and generating a buffering key frame added with information on the data of one transmission unit, the information including a frame number; and an output unit (114) for transmitting, with transmission timing of the key frame, a buffering key frame generated with a key frame that should be transmitted with the transmission timing, and transmitting an arbitrary frame with transmission timing of the difference frame. This can reduce buffering time for switching a terminal to play a stream between a plurality of terminals, allowing the switching to be done smoothly.
    • 服务器(101)流动通过帧间预测编码的数据。 服务器(101)包括:发送数据生成器(116),用于使可独立解码的关键帧与所述关键帧之后的至少一个差分帧相加以创建一个发送单元的数据,并生成添加了 关于一个发送单元的数据的信息,所述信息包括帧号; 以及输出单元(114),用于以关键帧的发送定时,以应用发送定时发送的关键帧生成的缓冲关键帧进行发送,并且发送具有差分帧的发送定时的任意帧。 这可以减少用于切换终端以在多个终端之间播放流的缓冲时间,从而允许切换顺利进行。
    • 5. 发明授权
    • Moving image receiving apparatus
    • 运动图像接收装置
    • US08073273B2
    • 2011-12-06
    • US12065223
    • 2006-08-14
    • Daisaku KomiyaYoshimasa Honda
    • Daisaku KomiyaYoshimasa Honda
    • G06K9/36
    • H04N19/43H04N19/11H04N19/136H04N19/176H04N19/423H04N19/44H04N19/50H04N19/51
    • A moving image receiving apparatus has a moving image decoding apparatus (303) for decoding received moving image data. The moving image decoding apparatus (303) comprises: a media buffer (401) for storing moving image data; an intra-map memory (402) for storing an intra-map indicating a location of an intrablock included in an interframe of the moving image data; a pseudo intraframe generator (404) that, based on an intra-map stored in the intra-map memory (402), extracts an image of an intrablock included in an interframe in order from a latest interframe accumulated in the media buffer (401), combines images of intrablocks extracted from a plurality of interframes, and thereby generates a pseudo intraframe; and a decoder (406) that starts to decode moving image data, using a pseudo intraframe. The moving image receiving apparatus can thus decode received moving image data from an arbitrary frame.
    • 运动图像接收装置具有用于对接收的运动图像数据进行解码的运动图像解码装置(303)。 运动图像解码装置(303)包括:存储运动图像数据的媒体缓冲器(401) 用于存储指示包含在运动图像数据的帧间的块内的位置的帧内地图的地图内存储器(402); 根据存储在所述地图内存储器(402)内的图像内的图像,从累积在所述媒体缓冲器(401)中的最新帧间起,依次提取帧间包含的块内图像的伪帧内生成器(404) 组合从多个帧间提取的块内图像,从而生成伪帧内; 以及使用伪帧内开始解码运动图像数据的解码器(406)。 因此,运动图像接收装置可以从任意帧解码所接收的运动图像数据。
    • 9. 发明授权
    • Image coding system converting apparatus, image coding system converting method, and recording medium
    • 图像编码系统转换装置,图像编码系统转换方法和记录介质
    • US06628839B1
    • 2003-09-30
    • US09510999
    • 2000-02-22
    • Daisaku KomiyaTsutomu UenoyamaOsamu Iwasaki
    • Daisaku KomiyaTsutomu UenoyamaOsamu Iwasaki
    • G06K936
    • H04N19/40
    • An image coding system converting apparatus is arranged by employing input means 102 for sequentially reading an input bit stream, a decoder unit 103 for decoding inputted data, a data buffer 104 for saving either non-compression image data or image data being decoded in a half way, an added information buffer 105 for saving either added information related to image data or added information related to a coding system, an encoder unit 106 for encoding the image data read out from the data buffer 104 with reference to the added information read out from the added information buffer 105, and output means 107 for outputting the image data encoded by the encoder unit 106. Accordingly, it is provided an image coding system converting apparatus, and an image coding system converting method, capable of converting an image coded by one image coding system into another image coding system in a high speed, while suppressing a deterioration of an image quality, and also to provide a recording medium for recording thereon a computer readable program capable of executing the image coding system converting method.
    • 图像编码系统转换装置通过采用用于顺序读取输入比特流的输入装置102,用于解码输入数据的解码器单元103,用于将非压缩图像数据或被解码的图像数据保存在一半中的数据缓冲器104 一种用于保存与图像数据相关的添加信息或与编码系统相关的附加信息的附加信息缓冲器105,参考从数据缓冲器104读出的附加信息对从数据缓冲器104读出的图像数据进行编码的编码器单元106 附加信息缓冲器105和用于输出由编码器单元106编码的图像数据的输出装置107.因此,提供了一种图像编码系统转换装置和图像编码系统转换方法,其能够将由一个 图像编码系统进入另一图像编码系统,同时抑制图像质量的劣化,并且还提供记录媒体 用于在其上记录能够执行图像编码系统转换方法的计算机可读程序。
    • 10. 发明授权
    • Moving picture transforming system
    • 运动图像转换系统
    • US06452971B1
    • 2002-09-17
    • US09505506
    • 2000-02-17
    • Osamu IwasakiTsutomu UenoyamaDaisaku Komiya
    • Osamu IwasakiTsutomu UenoyamaDaisaku Komiya
    • H04N736
    • H04N19/40
    • Moving picture transforming system which executes transformation of moving picture coding scheme at high speed and with less degradation of picture quality, in that there are provided a motion compensating means 42 for compensating an image based on the motion information output from the variable length decoding means; a moving picture decoding means 120 consisting of an image memory for storing a reference image used by the motion compensating means; a motion information memory portion 20 for storing the motion information output from the moving picture decoding means; a motion prediction controlling portion 60 for outputting a candidate of the motion vector and controlling execution of the motion prediction, based on the motion information accumulated in the motion information memory portion; a motion candidate memory 53 for storing a plurality of outputs of the motion prediction controlling portion in sequence; an adaptive motion predicting means 51 for performing the motion prediction of the image output from the moving picture decoding means based on motion candidates accumulated in the motion candidate memory and the searched information accumulated in the search information memory; and a moving picture coding portion 130 for performing the coding based on them.
    • 因为提供了一个运动补偿装置42,用于基于从可变长度解码装置输出的运动信息来补偿图像;运动补偿装置42,用于根据从可变长度解码装置输出的运动信息来补偿运动图像; 由用于存储由运动补偿装置使用的参考图像的图像存储器组成的运动图像解码装置120; 用于存储从运动图像解码装置输出的运动信息的运动信息存储部分20; 运动预测控制部分60,用于根据积累在运动信息存储部分中的运动信息输出运动矢量的候选并控制运动预测的执行; 运动候选存储器53,用于依次存储运动预测控制部分的多个输出; 一种自适应运动预测装置51,用于根据积累在运动候选存储器中的运动候选和积累在搜索信息存储器中的搜索信息,执行从运动图像解码装置输出的图像的运动预测; 以及用于基于它们执行编码的运动图像编码部分130。