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    • 3. 发明授权
    • Scan interleaving method
    • 扫描交错方式
    • US06240212B1
    • 2001-05-29
    • US09045867
    • 1998-03-23
    • Se-hoon SonEuee-seon JangJae-seob Shin
    • Se-hoon SonEuee-seon JangJae-seob Shin
    • G06K936
    • G06T1/0021
    • There is provided an improved scan interleaving method suitable for multipurpose encoding of binary image data, and for selectively encoding a part or the whole of object image data according to presence or absence of exceptional sampling data (ESD). In the present invention, when the pixel data of base image data and the corresponding pixel data of the object image data to be scan-interleaved are the same (in the case of predictive sampling data), no encoding is performed on the pixels of the object image data which have no ESD, thus simplifying the algorithm and system implementation. As a result, the overall encoding performance can be improved.
    • 提供了适用于二进制图像数据的多用途编码的改进的扫描交错方法,并且用于根据存在或不存在异常采样数据(ESD)来选择性地编码对象图像数据的一部分或全部。 在本发明中,当要扫描交错的基础图像数据的像素数据和对象图像数据的相应像素数据相同时(在预测采样数据的情况下),不对 没有ESD的物体图像数据,从而简化了算法和系统实现。 结果,可以提高整体的编码性能。
    • 4. 发明授权
    • Moving picture coding/decoding method and apparatus having spatially scalable architecture and signal-to-noise ratio scalable architecture together
    • 具有空间可扩展架构和信噪比可伸缩架构的运动图像编码/解码方法和装置
    • US06493387B1
    • 2002-12-10
    • US09546658
    • 2000-04-10
    • Jae-seob ShinSe-hoon SonDae-sung ChoYang-seock Seo
    • Jae-seob ShinSe-hoon SonDae-sung ChoYang-seock Seo
    • H04N712
    • G06T9/20H04N19/29H04N19/36
    • A moving picture coding/decoding method and apparatus having a spatially scalable architecture and a signal-to-noise ratio (SNR) scalable architecture together is provided. The coding method includes the steps of down sampling shape information and texture information by a predetermined ratio to construct a spatially scalable architecture including a single base layer and at least one enhancement layer; coding the shape and texture information of the base layer to generate a base layer bitstream, frequency transform coding the difference between decoded texture information and original texture information, and constructing a SNR scalable architecture based on frequency bands; and, with respect to each of the at least one enhancement layer, coding the difference between shape information upsampled from the base layer and the shape information of the enhancement layer to generate an enhancement layer bitstream, frequency transform coding the difference between the decoded texture information obtained and the texture information of the enhancement layer, and constructing a SNR scalable architecture based on frequency bands. Accordingly, various picture quality information of a different size can be provided with respect to an arbitrary shaped object through a single bitstream.
    • 提供了一种具有空间可缩放架构和信噪比(SNR)可伸缩架构的运动图像编码/解码方法和装置。 编码方法包括以规定的比例对形状信息和纹理信息进行下采样以构建包括单个基本层和至少一个增强层的空间可扩展架构的步骤; 编码基本层的形状和纹理信息以生成基本层比特流,对解码的纹理信息和原始纹理信息之间的差异进行频率变换,以及基于频带构建SNR可伸缩架构; 并且对于所述至少一个增强层中的每一个,对从所述基本层上采样的形状信息与所述增强层的形状信息之间的差进行编码以生成增强层比特流,对解码的纹理信息 获取和增强层的纹理信息,并且基于频带构建SNR可伸缩架构。 因此,可以通过单个比特流针对任意成形对象提供不同尺寸的各种图像质量信息。
    • 5. 发明授权
    • Linear down/ups-sampling apparatus and generalized scan interleaving-based encoding/decoding method and apparatus using the same
    • 线性下拉/上采样装置和基于广义扫描交织的编码/解码方法和使用该方法的装置
    • US06611625B1
    • 2003-08-26
    • US09571418
    • 2000-05-15
    • Se-hoon SonDae-sung ChoJae-seob ShinYang-seock SeoDong-ju Kim
    • Se-hoon SonDae-sung ChoJae-seob ShinYang-seock SeoDong-ju Kim
    • G06K936
    • G06T3/4023H04N19/21H04N19/29H04N19/59
    • A generalized scan interleaving-based encoding/decoding method using context values of neighboring pixels and an apparatus therefore, and linear down/up-sampling apparatus used in the apparatus are provided. If the down-sampling ratio is m/n, the linear down-sampling apparatus divides the down-sampling ratio into two parts, [1/2K9 and [(m2K)/n], and performs linear down-sampling by applying the two parts sequentially. If the up-sampling ratio is n/m, the linear up-sampling apparatus divides the up-sampling ratio into two parts, [n/(m2K)] and [2K], and performs linear up-sampling by applying the two parts sequentially. By applying the linear down-sampling and up-sampling method to existing generalized an interleaving-based encoding using context values of neighboring pixels, continuously-scalable down-sampling is enabled and by using the down-sampled base layer, the current layer can be encoded and decoded.
    • 提供了使用相邻像素的上下文值的广义的基于扫描交错的编码/解码方法和装置,以及在该装置中使用的线性下行/上采样装置。 如果下采样比为m / n,则线性下采样装置将下采样比分为[1 / 2K9和[(m2K)/ n]两部分,并通过应用二进制进行线性下采样 部分顺序。 如果上采样比为n / m,则线性上采样装置将上采样比分为[n /(m2K)]和[2K]两部分,并通过应用两部分进行线性上采样 顺序。 通过将线性下采样和向上采样方法应用于使用相邻像素的上下文值的现有广义的基于交织的编码,可连续可缩放的下采样被使能,并且通过使用向下采样的基层,当前层可以是 编码和解码。
    • 6. 发明授权
    • Scalable coding/decoding methods and apparatus for producing still image using wavelet transformation
    • 用于使用小波变换产生静止图像的可扩展编码/解码方法和装置
    • US06501861B1
    • 2002-12-31
    • US09398003
    • 1999-09-16
    • Dae-sung ChoSe-hoon SonJae-seob Shin
    • Dae-sung ChoSe-hoon SonJae-seob Shin
    • G06K936
    • H04N1/646G06T9/20H04N19/186H04N19/21H04N19/63H04N19/649
    • Shape information is scalably encoded and decoded by interleaved scan line (ISL) and raster scan line (RSL) methods and the encoded and decoded shape information is used for encoding texture information. The shape information of a chrominance (UV) component is encoded to compensate for the chrominance (UV) component. The encoding method is independently applied to the shape and texture component of each block. A scalable encoder of a still image using wavelets compresses pixels by using the characteristics between ISL pixels in a shape of the layer to be encoded or pixels between two layers in encoding the shape between layers. It is therefore possible to restore the shape and texture at high speed by performing the scalable encoding according to resolution, such as for searching for an image in a database/library. Also, tile coding a large image field to independently restore desired parts is fast and efficient.
    • 形状信息通过交错扫描线(ISL)和光栅扫描线(RSL)方法进行可扩展编码和解码,编码和解码的形状信息用于编码纹理信息。 编码色度(UV)分量的形状信息以补偿色度(UV)分量。 编码方法独立地应用于每个块的形状和纹理分量。 使用小波的静止图像的可缩放编码器通过使用要编码的层的形状的ISL像素之间的特性或者在层之间的形状进行编码来在两层之间的像素之间的特性来压缩像素。 因此,可以通过根据分辨率执行可缩放编码(例如用于在数据库/库中搜索图像)来高速恢复形状和纹理。 而且,用于独立地恢复所需部分的大图像场的瓦片编码是快速和有效的。