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    • 31. 发明申请
    • ROUTING DIRECT MEMORY ACCESS REQUESTS IN A VIRTUALIZED COMPUTING ENVIRONMENT
    • 在虚拟化计算环境中路由直接存储器访问请求
    • WO2016033039A2
    • 2016-03-03
    • PCT/US2015/046687
    • 2015-08-25
    • ADVANCED MICRO DEVICES, INC.ATI TECHNOLOGIES ULC
    • KEGEL, Andrew G.ASARO, Anthony
    • G06F13/16G06F12/10
    • G06F12/1081G06F12/02G06F12/1009G06F12/1027G06F13/28G06F2212/2532G06F2212/65G06F2212/68
    • A device may receive a direct memory access request that identifies a virtual address. The device may determine whether the virtual address is within a particular range of virtual addresses. The device may selectively perform a first action or a second action based on determining whether the virtual address is within the particular range of virtual addresses. The first action may include causing a first address translation algorithm to be performed to translate the virtual address to a physical address associated with a memory device when the virtual address is not within the particular range of virtual addresses. The second action may include causing a second address translation algorithm to be performed to translate the virtual address to the physical address when the virtual address is within the particular range of virtual addresses. The second address translation algorithm may be different from the first address translation algorithm.
    • 设备可以接收标识虚拟地址的直接存储器访问请求。 设备可以确定虚拟地址是否在虚拟地址的特定范围内。 设备可以基于确定虚拟地址是否在虚拟地址的特定范围内来选择性地执行第一动作或第二动作。 第一动作可以包括:当虚拟地址不在虚拟地址的特定范围内时,使第一地址转换算法执行以将虚拟地址转换为与存储器设备相关联的物理地址。 第二动作可以包括当虚拟地址在虚拟地址的特定范围内时使得执行第二地址转换算法以将虚拟地址转换为物理地址。 第二个地址转换算法可能与第一个地址转换算法不同。
    • 33. 发明申请
    • BEHAVIOR INVARIANT OPTIMIZATION OF MAXIMUM EXECUTION TIMES FOR MODEL SIMULATION
    • 行为模型的最大执行时间的不确定性优化
    • WO2014051932A1
    • 2014-04-03
    • PCT/US2013/057505
    • 2013-08-30
    • THE MATHWORKS, INC.
    • MACLAY, DavidURBAS, Matej
    • G06F9/48
    • G06F8/35G06F8/70G06F9/4887
    • A device receives a model that includes model elements scheduled to execute in time slots on a hardware device. The device identifies time slots, of the time slots, that are unoccupied or underutilized by the model elements, and identifies a set of model elements that can be moved to the unoccupied time slots without affecting a behavior of the model. The device calculates a combined execution time of the model elements, determines whether the combined execution time of the model elements is less than or equal to a duration of a first time slot of the time slots, and schedules the model elements for execution in the first time slot when the combined execution time of the model elements is less than or equal to the duration of the first time slot.
    • 设备接收包括调度为在硬件设备上的时隙中执行的模型元素的模型。 该设备识别时隙的时隙,未被空闲或未被模型元素充分利用,并且识别可以移动到未占用时隙的一组模型元素,而不影响模型的行为。 该设备计算模型元素的组合执行时间,确定模型元素的组合执行时间是否小于或等于时隙的第一时隙的持续时间,并且调度模型元素以执行第一 当模型元素的组合执行时间小于或等于第一时隙的持续时间时,时隙。
    • 40. 发明申请
    • UNDERWATER IMAGE CAPTURE
    • 水下图像捕获
    • WO2007144704A1
    • 2007-12-21
    • PCT/IB2006/054562
    • 2006-12-01
    • SONY ERICSSON MOBILE COMMUNICATIONS ABTRAFF, Eva Matilda
    • TRAFF, Eva Matilda
    • G03B17/08
    • G03B17/08
    • An underwater housing (270) may include a first portion (310) that includes a window (350) configured to allow a lens to capture images viewed through the window, and a first mating surface (420) . The housing may include a second portion (405) that includes a second mating surface (480) adapted to mate with the first mating surface to form a watertight seal, at least one button (320) to provide a signal to a terminal supported in the second portion, and a receiving surface (492, 494) on an inner surface of the second portion adapted to receive an insert (290) , where the insert is adapted to be removeabiy coupled to the receiving surface on a first side and to receive the terminal (100) via a second side.
    • 水下壳体(270)可以包括第一部分(310),其包括构造成允许透镜捕获通过窗口观看的图像的窗口(350)和第一配合表面(420)。 壳体可以包括第二部分(405),第二部分(405)包括适于与第一配合表面配合以形成防水密封件的第二配合表面(480),至少一个按钮(320),用于向支撑在 第二部分和在适于接收插入件(290)的第二部分的内表面上的接收表面(492,494),其中插入件适于在第一侧上移除与接收表面耦合并接收 终端(100)经由第二侧。