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    • 2. 发明授权
    • Image decoding apparatus and image decoding method
    • 图像解码装置和图像解码方法
    • US08073269B2
    • 2011-12-06
    • US11743465
    • 2007-05-02
    • Yoshiharu UetaniNaoyuki Kai
    • Yoshiharu UetaniNaoyuki Kai
    • G06K9/36G06K9/46H04N7/12H04N11/02H04N11/04
    • H04N19/428H04N19/61
    • An image decoding apparatus obtains the prediction error or a restored image of the encoding object image by inverse processing of the encoding processing of encoded image data encoded by motion compensation predictive coding, in which a restored image is obtained by adding the prediction error and a reference image, a reduced size image of the restored image is generated and stored along with the restored image; wherein, when an image is encoded by an encoding mode that uses reference pixels that include two times or more number of pixels of a region of a predetermined number of pixels, a reference image is obtained by reading out and expanding the stored reduced size image of the restored image, and when an image is encoded using reference pixels of less than two times a number of pixels of the predetermined number of pixels, the reference image is obtained from the stored restored image.
    • 图像解码装置通过对由运动补偿预测编码编码的编码图像数据的编码处理进行逆处理来获得编码对象图像的预测误差或恢复图像,其中通过将预测误差和参考值相加获得恢复图像 生成恢复图像的缩小尺寸图像并与恢复的图像一起存储; 其中,当通过使用包括预定数量的像素的区域的两倍或更多数量的像素的参考像素的编码模式对图像进行编码时,通过读出和扩展存储的缩小尺寸图像来获得参考图像 恢复的图像,并且当使用小于预定数量像素的像素数目的两倍的参考像素对图像进行编码时,从存储的恢复图像获得参考图像。
    • 3. 发明申请
    • IMAGE DECODING APPARATUS AND IMAGE DECODING METHOD
    • 图像解码设备和图像解码方法
    • US20070286502A1
    • 2007-12-13
    • US11743465
    • 2007-05-02
    • Yoshiharu UETANINaoyuki Kai
    • Yoshiharu UETANINaoyuki Kai
    • G06K9/36
    • H04N19/428H04N19/61
    • A restored image that has undergone motion compensation predictive decoding processing by an inverse conversion processing section and a motion compensation section is written for reference image use in a memory by a memory control section. The memory control section reads out a reference image that has undergone thinning out processing from the memory for use in decoding image data that has undergone bidirectional predictive coding and dual-prime predictive coding. The thinned-out reference image is interpolated and restored to a reference image required for motion compensation processing. Thus, even when the necessary maximum memory bandwidth is suppressed, the deterioration in image quality is made minute and partial.
    • 通过逆变换处理部和运动补偿部进行运动补偿预测解码处理的恢复图像由存储器控制部分写入存储器中用于参考图像使用。 存储器控制部分从已经经过双向预测编码和双重素数预测编码的图像数据解码的存储器中读出已经经历了稀疏处理的参考图像。 将稀疏参考图像内插并恢复为运动补偿处理所需的参考图像。 因此,即使当必要的最大存储器带宽被抑制时,图像质量的劣化也变得微小而局部。
    • 7. 发明授权
    • Information transmission system utilizing both real-time data
transmitted in a normal-in-time direction and in a
retrospective-in-time direction
    • 利用在时间方向和回溯时间方向上发送的实时数据的信息传输系统
    • US5991811A
    • 1999-11-23
    • US707394
    • 1996-09-04
    • Hideyuki UenoYoshiharu UetaniTadahiro OkuMitsunori OmokawaYukio KamataniTsuguhiro HiroseYoshimitsu Shimojo
    • Hideyuki UenoYoshiharu UetaniTadahiro OkuMitsunori OmokawaYukio KamataniTsuguhiro HiroseYoshimitsu Shimojo
    • H04N7/173H04N21/21H04N21/2183H04N21/2225H04N21/23H04N21/234H04N21/44H04N21/472H04N21/482G06F13/00
    • H04N21/21H04N21/2183H04N21/2225H04N21/23H04N21/23424H04N21/44016H04N21/47202H04N21/482H04N7/17336
    • An information transmit system includes a first communication element having a guaranteed quality required to transmit real-time information, and a second communication element different from the first communication element. The system also includes a transmission element for transmitting stored real-time information using the first communication element and for transmitting real-time data using the second communication element, where the real-time data using the second communication element has corresponding time stamps later in time than the real-time data transmitted by the first communication element. For example, a time stamp of the real-time data may be used to transmit the data in either a normal direction (using the first communication element), or in a retrospective direction (using the second communication element). The system also includes a storage element for storing the real-time data transmitted by at least the second communication element, and a switching element for monitoring a time stamp corresponding to the real-time data transmitted from the first communication element and a time stamp corresponding to the real-time data transmitted from the second communication element. The switching unit switches the output of the real-time information transmitted from the first communication element, to the output of the real-time data transmitted from the second communication element that is stored in the storage element, when the time stamp for reproducing the real-time data stored in the storage element has been reached.
    • 信息发送系统包括具有发送实时信息所需的保证质量的第一通信元件和与第一通信元件不同的第二通信元件。 该系统还包括用于使用第一通信元件发送存储的实时信息并使用第二通信元件发送实时数据的传输元件,其中使用第二通信元件的实时数据具有稍后时间的相应时间戳 比由第一通信元件发送的实时数据。 例如,可以使用实时数据的时间戳在正常方向(使用第一通信元件)或回溯方向(使用第二通信元件)中发送数据。 该系统还包括用于存储由至少第二通信元件发送的实时数据的存储元件和用于监视与从第一通信元件发送的实时数据相对应的时间戳的开关元件和对应于 涉及从第二通信元件发送的实时数据。 当用于再现真实的时间戳时,切换单元将从第一通信元件发送的实时信息的输出切换到从存储在存储元件中的第二通信元件发送的实时数据的输出 存储在存储元件中的时间数据已经到达。