RENDERING HIGH BIT DEPTH GRAYSCALE IMAGES USING GPU COLOR SPACES AND ACCELERATION
    1.
    发明申请
    RENDERING HIGH BIT DEPTH GRAYSCALE IMAGES USING GPU COLOR SPACES AND ACCELERATION 审中-公开
    使用GPU颜色空间和加速度渲染高位深度灰度图像

    公开(公告)号:US20160335985A1

    公开(公告)日:2016-11-17

    申请号:US14712831

    申请日:2015-05-14

    Applicant: Box, Inc.

    Abstract: Methods and systems for graphics rendering using a web browser. Embodiments commence upon receipt at a cloud-based collaboration server, a request to render a high bit depth image on a user device using a browser and a graphics processing unit. The graphics processing unit is configurable to render a display image based on a color space. The cloud-based collaboration server transmits a high bit depth image to the user device and a sending module sends instructions to be executed by the browser on the user device. The sent instructions comprise one or more first GPU commands that serve for rendering images using the graphics processing unit, wherein at least some of the GPU commands map the pixel data array to a color space, and some of the GPU commands map the pixel data array to the color space to generate a remapped grayscale image.

    Abstract translation: 使用Web浏览器进行图形渲染的方法和系统。 实施例在基于云的协作服务器接收到请求时,使用浏览器和图形处理单元在用户设备上呈现高位深度图像。 图形处理单元可配置为基于颜色空间呈现显示图像。 基于云的协作服务器向用户设备发送高位深度图像,并且发送模块发送由用户设备上的浏览器执行的指令。 所发送的指令包括用于使用图形处理单元渲染图像的一个或多个第一GPU命令,其中至少一些GPU命令将像素数据阵列映射到颜色空间,并且一些GPU命令映射像素数据阵列 到颜色空间以生成重新映射的灰度图像。

    Rendering high resolution images using image tiling and hierarchical image tile storage structures

    公开(公告)号:US10102219B2

    公开(公告)日:2018-10-16

    申请号:US14719758

    申请日:2015-05-22

    Applicant: Box, Inc.

    Abstract: Systems for computer graphics rendering using a web browser to access a cloud-based storage system. Processing commences upon receipt by the cloud-based storage system, of an image file. The image file is sized, and then enumerated into a series of images to be made available for shared access, and viewed in accordance with user commands. The received image is used to generate a plurality of image tiles, wherein the image tiles correspond to particular portions of the image, and wherein the image tiles are associated with respective tile positions. The plurality of image tiles are organized into a multi-level hierarchical file storage structure. The multi-level hierarchical file storage structure comprises two or more hierarchically-related levels to contain image tile files at respective two or more zoom levels. The multi-level hierarchical filepaths and names of the files follow a naming convention pertaining to the respective zoom levels and tile positions.

    USING SHARED METADATA TO PRESERVE LOGICAL ASSOCIATIONS BETWEEN FILES WHEN THE FILES ARE PHYSICALLY STORED IN DYNAMICALLY-DETERMINED CLOUD-BASED STORAGE STRUCTURES
    3.
    发明申请
    USING SHARED METADATA TO PRESERVE LOGICAL ASSOCIATIONS BETWEEN FILES WHEN THE FILES ARE PHYSICALLY STORED IN DYNAMICALLY-DETERMINED CLOUD-BASED STORAGE STRUCTURES 审中-公开
    在动态确定的基于云的存储结构中,文件被物理存储时,使用共享元数据来保留文件之间的逻辑关联

    公开(公告)号:US20170024515A1

    公开(公告)日:2017-01-26

    申请号:US15161227

    申请日:2016-05-21

    Applicant: Box, Inc.

    CPC classification number: G06F19/321 G06F16/51

    Abstract: Systems for accessing medical imagery from a cloud-based facility using a browser-like application. A first user (e.g., a physician) identifies a first plurality of medical digital information files that are organized in a first storage structure. The first user's requests a set of first digital information views of the identified medical digital information of the first storage structure wherein the plurality of first digital information views are described by a respective first set of logical view attributes that are associated with the files organized in the first storage structure. A second user (e.g., a second physician) requests a second plurality of digital information views of the first storage structure wherein the second plurality of digital information. The system sends the first digital information views to the first user, and sends the second digital information views to the second user.

    Abstract translation: 使用类似浏览器的应用程序从基于云的设施访问医学影像的系统。 第一用户(例如,医师)识别组织在第一存储结构中的第一多个医疗数字信息文件。 第一用户请求第一存储结构的所识别的医学数字信息的一组第一数字信息视图,其中多个第一数字信息视图由相应的第一组逻辑视图属性描述,所述第一组逻辑视图属性与组织在 第一存储结构。 第二用户(例如,第二医师)请求第二多个数字信息的第一存储结构的第二多个数字信息视图。 系统将第一数字信息视图发送给第一用户,并将第二数字信息视图发送给第二用户。

    RENDERING HIGH RESOLUTION IMAGES USING IMAGE TILING AND HIERARCHICAL IMAGE TILE STORAGE STRUCTURES
    5.
    发明申请
    RENDERING HIGH RESOLUTION IMAGES USING IMAGE TILING AND HIERARCHICAL IMAGE TILE STORAGE STRUCTURES 审中-公开
    使用图像倾斜和分层图像存储结构渲染高分辨率图像

    公开(公告)号:US20160342620A1

    公开(公告)日:2016-11-24

    申请号:US14719758

    申请日:2015-05-22

    Applicant: Box, Inc.

    Abstract: Systems for computer graphics rendering using a web browser to access a cloud-based storage system. Processing commences upon receipt by the cloud-based storage system, of an image file. The image file is sized, and then enumerated into a series of images to be made available for shared access, and viewed in accordance with user commands. The received image is used to generate a plurality of image tiles, wherein the image tiles correspond to particular portions of the image, and wherein the image tiles are associated with respective tile positions. The plurality of image tiles are organized into a multi-level hierarchical file storage structure. The multi-level hierarchical file storage structure comprises two or more hierarchically-related levels to contain image tile files at respective two or more zoom levels. The multi-level hierarchical filepaths and names of the files follow a naming convention pertaining to the respective zoom levels and tile positions.

    Abstract translation: 使用Web浏览器访问基于云的存储系统的计算机图形渲染系统。 处理开始于基于云的存储系统的图像文件。 图像文件的大小,然后列举成一系列图像,使其可用于共享访问,并根据用户命令进行查看。 所接收的图像用于生成多个图像瓦片,其中图像瓦片对应于图像的特定部分,并且其中图像瓦片与各个瓦片位置相关联。 多个图像块被组织成多级分层文件存储结构。 多级分级文件存储结构包括两个或多个分层相关级别,以在相应的两个或更多缩放级别包含图像瓦片文件。 多级分层文件路径和文件名称遵循关于相应缩放级别和平铺位置的命名约定。

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