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    • 1. 发明授权
    • Oblique image stitching
    • 倾斜图像拼接
    • US07778491B2
    • 2010-08-17
    • US11279241
    • 2006-04-10
    • Drew SteedlyRichard SzeliskiMatthew UyttendaeleMichael Cohen
    • Drew SteedlyRichard SzeliskiMatthew UyttendaeleMichael Cohen
    • G06K9/32G06K9/36
    • G06T3/4038G06K9/32G06K2009/2045
    • An “Oblique Image Stitcher” provides a technique for constructing a photorealistic oblique view from a set of input images representing a series of partially overlapping views of a scene. The Oblique Image Stitcher first projects each input image onto a geometric proxy of the scene and renders the images from a desired viewpoint. Once the images have been projected onto the geometric proxy, the rendered images are evaluated to identify optimum seams along which the various images are to be blended. Once the optimum seams are selected, the images are remapped relative to those seams by leaving the mapping unchanged at the seams and interpolating a smooth mapping between the seams. The remapped images are then composited to construct the final mosaiced oblique view of the scene. The result is a mosaic image constructed by warping the input images in a photorealistic manner which agrees at seams between images.
    • “倾斜图像拼接器”提供了一种用于从表示场景的一系列部分重叠视图的一组输入图像中构造逼真倾斜视图的技术。 倾斜图像拼接器首先将每个输入图像投影到场景的几何代理上,并从期望的角度呈现图像。 一旦将图像投影到几何代理上,则对所渲染的图像进行评估,以确定要混合各种图像的最佳接缝。 一旦选择最佳接缝,通过在接缝处保持不变,并在接缝之间插入平滑的映射,相对于那些接缝重新映射图像。 然后将重新映射的图像合成以构建场景的最终镶嵌斜视图。 结果是通过以照片写实的方式扭曲输入图像构成的马赛克图像,其在图像之间的接缝处一致。
    • 2. 发明授权
    • Image stitching using partially overlapping views of a scene
    • 使用场景的部分重叠视图进行图像拼接
    • US07889948B2
    • 2011-02-15
    • US12794757
    • 2010-06-06
    • Drew SteedlyRichard SzeliskiMatthew UyttendaeleMichael Cohen
    • Drew SteedlyRichard SzeliskiMatthew UyttendaeleMichael Cohen
    • G06K9/32G06K9/36
    • G06T3/4038G06K9/32G06K2009/2045
    • An “Oblique Image Stitcher” provides a technique for constructing a photorealistic oblique view from a set of input images representing a series of partially overlapping views of a scene. The Oblique Image Stitcher first projects each input image onto a geometric proxy of the scene and renders the images from a desired viewpoint. Once the images have been projected onto the geometric proxy, the rendered images are evaluated to identify optimum seams along which the various images are to be blended. Once the optimum seams are selected, the images are remapped relative to those seams by leaving the mapping unchanged at the seams and interpolating a smooth mapping between the seams. The remapped images are then composited to construct the final mosaiced oblique view of the scene. The result is a mosaic image constructed by warping the input images in a photorealistic manner which agrees at seams between images.
    • “倾斜图像拼接器”提供了一种用于从表示场景的一系列部分重叠视图的一组输入图像中构造逼真倾斜视图的技术。 倾斜图像拼接器首先将每个输入图像投影到场景的几何代理上,并从期望的角度呈现图像。 一旦将图像投影到几何代理上,则对所渲染的图像进行评估,以确定要混合各种图像的最佳接缝。 一旦选择最佳接缝,通过在接缝处保持不变,并在接缝之间插入平滑的映射,相对于那些接缝重新映射图像。 然后将重新映射的图像合成以构建场景的最终镶嵌斜视图。 结果是通过以照片写实的方式扭曲输入图像构成的马赛克图像,其在图像之间的接缝处一致。
    • 3. 发明申请
    • OBLIQUE IMAGE STITCHING
    • US20070237420A1
    • 2007-10-11
    • US11279241
    • 2006-04-10
    • Drew SteedlyRichard SzeliskiMatthew UyttendaeleMichael Cohen
    • Drew SteedlyRichard SzeliskiMatthew UyttendaeleMichael Cohen
    • G06K9/36G06K9/32
    • G06T3/4038G06K9/32G06K2009/2045
    • An “Oblique Image Stitcher” provides a technique for constructing a photorealistic oblique view from a set of input images representing a series of partially overlapping views of a scene. The Oblique Image Stitcher first projects each input image onto a geometric proxy of the scene and renders the images from a desired viewpoint. Once the images have been projected onto the geometric proxy, the rendered images are evaluated to identify optimum seams along which the various images are to be blended. Once the optimum seams are selected, the images are remapped relative to those seams by leaving the mapping unchanged at the seams and interpolating a smooth mapping between the seams. The remapped images are then composited to construct the final mosaiced oblique view of the scene. The result is a mosaic image constructed by warping the input images in a photorealistic manner which agrees at seams between images.
    • “倾斜图像拼接器”提供了一种用于从表示场景的一系列部分重叠视图的一组输入图像中构造逼真倾斜视图的技术。 倾斜图像拼接器首先将每个输入图像投影到场景的几何代理上,并从期望的角度呈现图像。 一旦将图像投影到几何代理上,则对所渲染的图像进行评估,以确定要混合各种图像的最佳接缝。 一旦选择最佳接缝,通过在接缝处保持不变,并在接缝之间插入平滑的映射,相对于那些接缝重新映射图像。 然后将重新映射的图像合成以构建场景的最终镶嵌斜视图。 结果是通过以照片写实的方式扭曲输入图像构成的马赛克图像,其在图像之间的接缝处一致。
    • 4. 发明申请
    • IMAGE STITCHING USING PARTIALLY OVERLAPPING VIEWS OF A SCENE
    • 使用场景的部分重叠视图的图像缝合
    • US20100238164A1
    • 2010-09-23
    • US12794757
    • 2010-06-06
    • Drew SteedlyRichard SzeliskiMatthew UyttendaeleMichael Cohen
    • Drew SteedlyRichard SzeliskiMatthew UyttendaeleMichael Cohen
    • G06T15/00G09G5/00
    • G06T3/4038G06K9/32G06K2009/2045
    • An “Oblique Image Stitcher” provides a technique for constructing a photorealistic oblique view from a set of input images representing a series of partially overlapping views of a scene. The Oblique Image Stitcher first projects each input image onto a geometric proxy of the scene and renders the images from a desired viewpoint. Once the images have been projected onto the geometric proxy, the rendered images are evaluated to identify optimum seams along which the various images are to be blended. Once the optimum seams are selected, the images are remapped relative to those seams by leaving the mapping unchanged at the seams and interpolating a smooth mapping between the seams. The remapped images are then composited to construct the final mosaiced oblique view of the scene. The result is a mosaic image constructed by warping the input images in a photorealistic manner which agrees at seams between images.
    • “倾斜图像拼接器”提供了一种用于从表示场景的一系列部分重叠视图的一组输入图像中构造逼真倾斜视图的技术。 倾斜图像拼接器首先将每个输入图像投影到场景的几何代理上,并从期望的角度呈现图像。 一旦将图像投影到几何代理上,则对所渲染的图像进行评估,以确定要混合各种图像的最佳接缝。 一旦选择最佳接缝,通过在接缝处保持不变,并在接缝之间插入平滑的映射,相对于那些接缝重新映射图像。 然后将重新映射的图像合成以构建场景的最终镶嵌斜视图。 结果是通过以照片写实的方式扭曲输入图像构成的马赛克图像,其在图像之间的接缝处一致。
    • 5. 发明授权
    • Generating gigapixel images
    • 生成千兆像素图像
    • US07961983B2
    • 2011-06-14
    • US11779871
    • 2007-07-18
    • Matthew UyttendaeleMichael Cohen
    • Matthew UyttendaeleMichael Cohen
    • G06K9/00G06K9/36G06K9/32
    • G06T3/4038
    • A gigapixel image is generated from a set of images in raw format depicting different portions of a panoramic scene that has up to a full spherical field of view. Radiometric alignment of the images creates a set of images in radiance format. Geometric alignment of the radiance format images creates a set of true poses for the images in radiance format. A gigapixel image depicting the entire scene is assembled from the set of radiance format images and radiance format true poses for the images. The set of images in raw format is captured using a conventional digital camera, equipped with a telephoto lens, attached to a motorized head. The head is programmed to pan and tilt the camera in prescribed increments to individually capture the images at a plurality of exposures and with a prescribed overlap between images depicting adjacent portions of the scene.
    • 从原始格式的一组图像生成一个千兆像素图,描绘具有全球面视野的全景场景的不同部分。 图像的放射线对准会以辐射格式创建一组图像。 辐射格式图像的几何对齐为辐射格式的图像创建一组真实姿势。 描绘整个场景的百万像素图像是由一组辐射格式图像和辐射格式组合而成的图像的真实姿势。 原始格式的图像集是使用配有远摄镜头的常规数码相机来捕捉的,该长焦镜头连接到电动头部。 头被编程为以规定的增量平移和倾斜相机,以单独地以多次曝光并且以描绘场景的相邻部分的图像之间的规定的重叠来捕获图像。
    • 6. 发明授权
    • Viewing wide angle images using dynamic tone mapping
    • 使用动态色调映射查看广角图像
    • US07983502B2
    • 2011-07-19
    • US11834238
    • 2007-08-06
    • Michael CohenMatthew UyttendaeleJohannes Kopf
    • Michael CohenMatthew UyttendaeleJohannes Kopf
    • G06K9/40
    • G06T5/007G06T5/40G06T2207/20208
    • A dynamic tone mapping technique is presented that produces a local tone map for a sub-image of a wide-angle, high dynamic range (HDR), which is used in rendering the sub-image for display. The technique generally involves first computing a global tone map of the wide-angle, HDR image in advance of rendering the sub-image. The global tone map is then used during rendering to compute a local tone map based on the average luminance and contrast of the pixels of the sub-image. In addition, the sub-image can be tone mapped as part of the rendering of a sequence of sub-images during a viewer-executed panning and/or zooming session. In this case, the local tone maps can be kept from changing too rapidly by adding a hysteresis feature to smooth out the intensity changes between successive sub-images.
    • 提出了一种动态色调映射技术,它为广角,高动态范围(HDR)的子图像产生局部色调图,用于渲染子图像进行显示。 该技术通常涉及首先在渲染子图像之前计算广角HDR图像的全局色调图。 然后在渲染期间使用全局色调图,以基于子图像的像素的平均亮度和对比度来计算局部色调图。 此外,子图像可以在观看者执行的平移和/或缩放会话期间作为一系列子图像的呈现的一部分进行色调映射。 在这种情况下,通过添加滞后特征来平滑连续子图像之间的强度变化,可以保持局部色调图不会太快地改变。
    • 7. 发明授权
    • Dynamic viewing of wide angle images
    • 动态观察广角图像
    • US08224122B2
    • 2012-07-17
    • US11738903
    • 2007-04-23
    • Michael CohenMatthew UyttendaeleJohannes Kopf
    • Michael CohenMatthew UyttendaeleJohannes Kopf
    • G06K9/32
    • G06T3/0018
    • A dynamic wide angle image viewing technique is presented which provides a way to view a wide-angle image while zooming between a wide angle view and a narrower angle view that employs both perspective and non-perspective projection models. In general, this involves first establishing the field of view for a view of the wide angle image that is to be displayed. The view is then rendered and displayed based on the established field of view, such that the projection transitions between a perspective projection associated with narrower angle views and a non-perspective projection (e.g., cylindrical, spherical or some other parameterization) associated with wider-angle views.
    • 提出了一种动态广角图像观看技术,其提供了在广角视角和使用透视投影模型和非透视投影模型的较窄角度视图之间进行放大时观看广角图像的方式。 通常,这涉及首先建立要显示的广角图像的视图。 然后基于所建立的视野来呈现和显示视图,使得投影在与较窄角度视图相关联的透视投影与与更宽角度视图相关联的非透视投影(例如,圆柱形,球形或某些其它参数化) 角度视图。