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    • 13. 发明授权
    • Vision-based compression
    • 基于视觉的压缩
    • US08396312B2
    • 2013-03-12
    • US13177434
    • 2011-07-06
    • Xiaoyan SunFeng WuShipeng LiDong Liu
    • Xiaoyan SunFeng WuShipeng LiDong Liu
    • G06K9/36
    • H04N19/12G06T7/12H04N19/17H04N19/61
    • Systems and methods provide vision-based image compression. In one implementation, inpainting is the vision-based technique selected to augment a conventional signal-processing-based technique. For some regions of a source image, an exemplary system efficiently extracts and organizes structural edge information instead of compressing the regions. In one implementation, the system applies binary curve fitting to capture the edge information. A structure-aware inpainter in the decoder can then restore the regions via the edge information, which occupies very little data space or minimal bandwidth in a bitstream that is transmitted from encoder to decoder. Key visual components of the image can still be conventionally compressed. Extracting edge information for some regions instead of compressing them considerably increases overall image compression.
    • 系统和方法提供基于视觉的图像压缩。 在一个实现中,修复是基于视觉的技术,其被选择用于增加常规的基于信号处理的技术。 对于源图像的一些区域,示例性系统有效地提取并组织结构边缘信息,而不是压缩该区域。 在一个实现中,系统应用二进制曲线拟合来捕获边缘信息。 然后,解码器中的结构感知输入器可以经由边缘信息来恢复区域,该边缘信息在从编码器传送到解码器的比特流中占据非常小的数据空间或最小带宽。 图像的主要视觉部件仍然可以被传统地压缩。 为某些区域提取边缘信息而不是压缩边缘信息显着增加了整体图像压缩。
    • 17. 发明申请
    • Acoustic Attenuation Method Based on Acoustic Ray Deflection Theory and a Muffler
    • 基于声光偏转理论和消声器的声衰减方法
    • US20120055735A1
    • 2012-03-08
    • US13203699
    • 2010-02-26
    • Yadong LuDong LiuQiang Wang
    • Yadong LuDong LiuQiang Wang
    • F01N1/10
    • G10K11/16B64D33/06F01N1/24F01N2240/02F01N2240/04F01N2260/02F01N2510/04G10K11/26
    • A noise elimination method based on sound ray refraction theory and the muffler thereby are disclosed. The method use s low temperature refrigeration system (2) to form a temperature gradient inside and outside the chamber of the muffler, and the temperature inside the pipe wall of the chamber is higher than the outside. The temperature gradient may force sound ray to reflect towards the low temperature direction, so the noise of the system may be captured and reduced. The muffler comprises a housing (1) whose inner wall is laid with a sound absorbing structure (4), and on the outer wall of the housing (1) is provide a low temperature refrigerating system (2). The system covers at least of the area of the outer wail of muffler housing (1) and combines with a temperature control system (3) to realize quantitative control of the temperature gradient. The muffler improves the noise-absorbing effect of the existing muffler effectively.
    • 公开了基于声线折射理论和消声器的噪声消除方法。 该方法使用低温制冷系统(2)在消声器室内外形成温度梯度,室内管壁内部温度高于外部。 温度梯度可能迫使声线向低温方向反射,因此可以捕获和减少系统的噪声。 所述消音器包括:内壁铺设有吸声结构(4)的壳体(1),并且在所述壳体(1)的外壁上设置有低温制冷系统(2)。 该系统至少覆盖消音器外壳(1)的外围区域,并与温度控制系统(3)组合,实现温度梯度的定量控制。 消声器可有效提高现有消声器的噪音吸收效果。
    • 18. 发明授权
    • Object-based image inpainting
    • 基于对象的图像修复
    • US07755645B2
    • 2010-07-13
    • US11615537
    • 2007-03-29
    • Xiaoyan SunDong LiuFeng WuShipeng Li
    • Xiaoyan SunDong LiuFeng WuShipeng Li
    • G09G5/00
    • G06T11/60G06T5/005
    • Systems and methods provide object-based image inpainting. The object-based inpainting can recover part of a missing object or can synthesize visual objects that are entirely missing. In one implementation, an exemplary system generates a target visual object to be inpainted into an image, by geometrically matching key features with a model visual object that can be selected from the same or another image. Borders of the target object are refined through pixel-based contour deformation and textures for the target object are obtained either by pixel interpolation or by patch-based modeling of pre-existing texture in the image. Graph-cut segmentation rectifies image overlap as the target object is embedded in the image. Poisson editing filters visual seams, and edge filling completes visual gaps around the border of the target object.
    • 系统和方法提供基于对象的图像修复。 基于对象的修复可以恢复缺少对象的一部分,或者可以合成完全缺失的可视对象。 在一个实现中,示例性系统通过将关键特征与可以从相同图像或另一图像中选择的模型视觉对象几何匹配来生成要修饰成图像的目标视觉对象。 通过基于像素的轮廓变形来改进目标对象的边界,通过像素插值或通过图像中预先存在的纹理的基于块的建模来获得目标对象的纹理。 当目标物体嵌入在图像中时,图形分割会整理图像重叠。 泊松编辑过滤视觉接缝,边缘填充完成目标物体边界周围的视觉间隙。
    • 19. 发明授权
    • Method and apparatus for helping user form structured diagram from unstructured information source
    • 帮助用户从非结构化信息源形成结构图的方法和装置
    • US07725504B2
    • 2010-05-25
    • US11390924
    • 2006-03-28
    • Zhao Ming QiuGuo Tong XieDong LiuGang Hu
    • Zhao Ming QiuGuo Tong XieDong LiuGang Hu
    • G06F7/00G06F9/45G06F17/00
    • G06F17/30731G06F17/3002G06F2217/74
    • The present invention provides a method and apparatus for helping a user form a structured diagram from an unstructured information source. Starting with one or more key information elements such as some special words, the requests of a customer contained in the information source can be obtained by performing interactive and iterative searching in the unstructured information source such as text, audio, video and etc., the artifacts representing them are drawn in the diagram, and linkages are established between the artifacts and the corresponding contents in the information source. The present invention also proposes that the distribution of established linkages can be used to check whether all the requests in the information source have been extracted in the diagram. Further, various levels of warnings can be shown according to the density of linkage distribution. Therefore the user can draw a structured diagram more conveniently and quickly, and can perform checking and reusing more easily.
    • 本发明提供了一种帮助用户从非结构化信息源形成结构化图的方法和装置。 从一个或多个关键信息元素(例如一些特殊字)开始,可以通过在非结构化信息源(例如文本,音频,视频等)中执行交互式和迭代搜索来获得信息源中包含的客户的请求, 在图中绘制代表它们的工件,并且在工件和信息源中的相应内容之间建立联系。 本发明还提出,所建立的链接的分布可以用于检查信息源中的所有请求是否已经在图中被提取。 此外,可以根据联动分配的密度显示各种警告级别。 因此,用户可以更方便快捷地绘制结构化图表,并可以更轻松地执行检查和重用。