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    • 6. 发明授权
    • Method for watertight evaluation of an approximate catmull-clark surface
    • 近似catmull-clark表面的水密性评估方法
    • US08570324B2
    • 2013-10-29
    • US12828039
    • 2010-06-30
    • Kirill DmitrievHenry Packard Moreton
    • Kirill DmitrievHenry Packard Moreton
    • G06T15/00
    • G06T17/20
    • One embodiment of the present invention sets forth technique for watertight evaluation of Gregory patches for Catmull-Clark subdivision surfaces. Each boundary of each patch within a subdivision surface is configured to be owned by one related patch. In general, a given patch may own specific control points for the patch, while certain other control points for the patch may need to be reconstructed because the control points are owned by an adjacent patch. For a given patch, each control point along to a shared boundary is consistently generated using reconstruction data available to the patch. The reconstruction data is generated from values associated with a patch that owns the shared boundary. Because numerically identical data is used to evaluate each patch at each boundary, the boundaries are watertight. One advantage of the present invention is that watertight evaluation may be achieved using similar computational effort versus conventional non-watertight evaluation techniques.
    • 本发明的一个实施方案提出了用于Catmull-Clark细分表面的Gregory贴剂的水密性评估的技术。 细分表面内每个贴片的每个边界均被配置为由一个相关的贴片拥有。 通常,给定的补丁可以拥有补丁的特定控制点,而补丁的某些其他控制点可能需要重建,因为控制点由相邻补丁拥有。 对于给定的补丁,沿着共享边界的每个控制点始终使用修补程序可用的重建数据生成。 重建数据由与拥有共享边界的补丁相关联的值生成。 因为使用数字相同的数据来评估每个边界上的每个补丁,所以边界是不透水的。 本发明的一个优点是可以使用与常规非水密性评估技术相似的计算工作来实现水密性评估。
    • 8. 发明授权
    • Multiprocessor computing systems with heterogeneous processors
    • 具有异构处理器的多处理器计算系统
    • US08086828B2
    • 2011-12-27
    • US12410604
    • 2009-03-25
    • Henry Packard MoretonAbraham B.de Waal
    • Henry Packard MoretonAbraham B.de Waal
    • G06F7/38G06F9/00G06F9/44G06F15/00
    • G06F9/5061
    • Heterogeneous processors can cooperate for distributed processing tasks in a multiprocessor computing system. Each processor is operable in a “compatible” mode, in which all processors within a family accept the same baseline command set and produce identical results upon executing any command in the baseline command set. The processors also have a “native” mode of operation in which the command set and/or results may differ in at least some respects from the baseline command set and results. Heterogeneous processors with a compatible mode defined by reference to the same baseline can be used cooperatively for distributed processing by configuring each processor to operate in the compatible mode.
    • 异构处理器可以在多处理器计算系统中进行分布式处理任务。 每个处理器在“兼容”模式下可操作,其中家族内的所有处理器在执行基准命令集中的任何命令时接受相同的基准命令集并产生相同的结果。 处理器还具有“原生”操作模式,其中命令集和/或结果在至少某些方面与基线命令集和结果不同。 通过参考同一基准定义的兼容模式的异构处理器可以通过配置每个处理器以兼容模式进行操作,协同地用于分布式处理。