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    • 5. 发明申请
    • TRANSACTIONAL COMPUTATION ON CLUSTERS
    • 集群交易计算
    • US20120324472A1
    • 2012-12-20
    • US13163024
    • 2011-06-17
    • Christopher J. RossbachJean-Philippe MartinMichael Isard
    • Christopher J. RossbachJean-Philippe MartinMichael Isard
    • G06F9/46G06F15/16
    • G06F9/467
    • Computations are performed on shared datasets in a distributed computing cluster using aggressive speculation and a distributed runtime that executes code transactionally. Speculative transactions are conducted with currently available data on the assumption that no dependencies exist that will render the input data invalid. For those specific instances where this assumption is found to be incorrect—that the input data did indeed have a dependency (thereby impacting the correctness of the speculated transaction)—the speculated transaction is aborted and its results (and all transactions that relied on its results) are rolled-back accordingly for re-computation using updated input data. In operation, shared state data is read and written using only the system's data access API which ensures that computations can be rolled-back when conflicts stemming from later-determined dependencies are detected.
    • 在分布式计算集群中的共享数据集上使用积极的推测和分布式运行时间执行代码执行计算。 推测交易是以当前可用的数据进行的,假设不存在使得输入数据无效的依赖关系。 对于那些发现这个假设不正确的具体实例 - 输入数据确实具有依赖性(从而影响推测的交易的正确性) - 推测的交易被中止,并且其结果(以及依赖于其结果的所有交易) )相应地被回滚以便使用更新的输入数据进行重新计算。 在操作中,仅使用系统的数据访问API读取和写入共享状态数据,确保当检测到源自后来确定的依赖关系的冲突时可以回滚计算。
    • 8. 发明申请
    • SYSTEM AND METHOD FOR CREATING PSEUDO HOLOGRAPHIC DISPLAYS ON VIEWER POSITION AWARE DEVICES
    • 用于在观察者位置识别设备上创建PSEUDO全息显示的系统和方法
    • US20110216160A1
    • 2011-09-08
    • US12877741
    • 2010-09-08
    • Jean-Philippe Martin
    • Jean-Philippe Martin
    • H04N5/89
    • H04N5/89
    • A pseudo holographic visual effect is produced by acquiring at least two actual images of a subject wherein each image represents a different viewing angle of the single subject. Intermediary images corresponding to other viewing angles of the subject may be extrapolated from the two actual images or two adjacent images if a sufficient number of actual images are not available to create the desired level of resolution. To create the effect, an initial start image is displayed. Computer based sensors or camera images from a camera are then used to determine any movement of the device or user from the initial position at which the initial image was displayed. Once movement is detected or once the position of the viewer is determined, the initial image is replaced with an image that corresponds to the change in the detected viewing angle or with an image that corresponds to the viewing angle of the viewer. This creates a pseudo holographic effect whereby the orientation of subject of the image appears to remain fixed despite the display or the viewer being moved. Additional layers for the image can be created by acquiring images of a background separately, creating a set of images that correspond to different viewing angles of the background and overlaying the background images with subject images during display.
    • 通过获取对象的至少两个实际图像来产生伪全息视觉效果,其中每个图像表示单个对象的不同视角。 如果足够数量的实际图像不可用于创建期望的分辨率水平,则可以从两个实际图像或两个相邻图像中外推与对象的其他视角相对应的中间图像。 要创建效果,将显示初始起始图像。 然后使用基于计算机的传感器或来自相机的相机图像来确定设备或用户从显示初始图像的初始位置的任何移动。 一旦检测到移动,或者一旦确定了观察者的位置,则初始图像被替换为与检测到的视角相对应的图像或对应于观看者的视角的图像。 这产生伪全息效果,由此即使显示器或观看者被移动,图像的被摄体的取向仍然保持固定。 可以通过单独获取背景的图像来创建图像的附加层,创建对应于背景的不同视角的图像集合,并且在显示期间将背景图像与对象图像重叠。
    • 9. 发明授权
    • Transactional computation on clusters
    • 集群上的事务计算
    • US08661449B2
    • 2014-02-25
    • US13163024
    • 2011-06-17
    • Christopher J. RossbachJean-Philippe MartinMichael Isard
    • Christopher J. RossbachJean-Philippe MartinMichael Isard
    • G06F9/46
    • G06F9/467
    • Computations are performed on shared datasets in a distributed computing cluster using aggressive speculation and a distributed runtime that executes code transactionally. Speculative transactions are conducted with currently available data on the assumption that no dependencies exist that will render the input data invalid. For those specific instances where this assumption is found to be incorrect—that the input data did indeed have a dependency (thereby impacting the correctness of the speculated transaction)—the speculated transaction is aborted and its results (and all transactions that relied on its results) are rolled-back accordingly for re-computation using updated input data. In operation, shared state data is read and written using only the system's data access API which ensures that computations can be rolled-back when conflicts stemming from later-determined dependencies are detected.
    • 在分布式计算集群中的共享数据集上使用积极的推测和分布式运行时间执行代码执行计算。 推测交易是以当前可用的数据进行的,假设不存在使得输入数据无效的依赖关系。 对于那些发现这个假设不正确的具体实例 - 输入数据确实具有依赖性(从而影响推测的交易的正确性) - 推测的交易被中止,并且其结果(以及依赖于其结果的所有交易) )相应地被回滚以便使用更新的输入数据进行重新计算。 在操作中,仅使用系统的数据访问API读取和写入共享状态数据,确保当检测到源自后来确定的依赖关系的冲突时可以回滚计算。