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    • 1. 发明授权
    • Write redirection in redundant array of independent disks systems
    • 在独立磁盘系统的冗余阵列中写入重定向
    • US09542272B2
    • 2017-01-10
    • US14223488
    • 2014-03-24
    • LSI Corporation
    • Naveen KrishnamurthySridhar Rao Veerla
    • G06F11/00G06F11/10G06F3/06
    • G06F11/1092G06F3/0619G06F3/064G06F3/0689G06F11/1088
    • Methods and structure for redirecting writes in Redundant Array of Independent Disks (RAID) systems are provided. One exemplary embodiment is a RAID controller that includes a memory and a control unit. The memory is able to store mapping information that correlates Logical Block Addresses of a RAID volume with physical addresses of storage devices. The control unit is able to generate a request to write volume data to at least one of the physical addresses, to determine that a storage device has failed to complete the request, to alter the mapping information by correlating Logical Block Addresses for the request with physical addresses of a spare storage device, to redirect the request to the spare storage device, and to rebuild remaining Logical Block Addresses that are correlated with the storage device that failed.
    • 提供了在独立磁盘冗余阵列(RAID)系统中重定向写入的方法和结构。 一个示例性实施例是包括存储器和控制单元的RAID控制器。 存储器能够存储将RAID卷的逻辑块地址与存储设备的物理地址相关联的映射信息。 所述控制单元能够产生向至少一个所述物理地址写入卷数据的请求,以确定存储设备未能完成所述请求,以通过将所述请求的逻辑块地址与物理地址相关联来改变所述映射信息 备用存储设备的地址,将请求重定向到备用存储设备,以及重新构建与失败的存储设备相关联的剩余逻辑块地址。
    • 7. 发明授权
    • Preemptive connection switching for serial attached small computer system interface systems
    • 串行连接的小型计算机系统接口系统的抢占式连接切换
    • US09436412B2
    • 2016-09-06
    • US13970991
    • 2013-08-20
    • LSI CORPORATION
    • Shankar T. MoreVidyadhar Pinglikar
    • G06F13/18G06F3/06G06F13/16G06F13/40
    • G06F3/0689G06F13/1605G06F13/18G06F13/4022
    • Methods and structure for preemptively terminating Serial Attached Small Computer System Interface connections are provided. One exemplary embodiment includes an expander comprising multiple physical links, switching circuitry able to establish connections between end devices coupled with the expander through the physical links, and a connection manager. The connection manager is able to process an Open Address Frame from an end device, and to determine that the Open Address Frame requests a connection through a physical link that is already servicing an established connection. The connection manager is further able to determine that the Open Address Frame requests a higher priority connection than the established connection, and to direct one of the end devices utilizing the established connection to terminate the established connection based on the higher priority.
    • 提供了预先终止串行连接小型计算机系统接口连接的方法和结构。 一个示例性实施例包括包括多个物理链路的扩展器,能够通过物理链路建立与扩展器耦合的终端设备之间的连接的交换电路,以及连接管理器。 连接管理器能够从终端设备处理开放地址帧,并确定开放地址帧通过已经服务于已建立连接的物理链路来请求连接。 连接管理器还能够确定开放地址帧要求比建立的连接更高优先级的连接,并且使用所建立的连接来引导一个终端设备基于较高的优先级终止建立的连接。
    • 9. 发明申请
    • DEPTH IMAGE GENERATION UTILIZING DEPTH INFORMATION RECONSTRUCTED FROM AN AMPLITUDE IMAGE
    • 深度图像生成利用从AMPLITUDE图像重建的深度信息
    • US20160247286A1
    • 2016-08-25
    • US14378119
    • 2014-08-11
    • LSI CORPORATION
    • Ivan L. MazurenkoNikola RadovanovicDenis V. ParkhomenkoAlexander B. KholodenkoDenis V. Parfenov
    • G06T7/00G06K9/00
    • G06K9/00335G06F3/017G06T7/11G06T7/521G06T7/73G06T2207/10016G06T2207/10048
    • An image processing system comprises an image processor having image processing circuitry and an associated memory. The image processor is configured to identify a region of interest in an amplitude image, to detect one or more relatively low gradient regions in the region of interest, to reconstruct depth information for said one or more relatively low gradient regions, to extend the reconstructed depth information beyond said one or more relatively low gradient regions to additional pixels of the region of interest, and to generate a depth image utilizing at least portions of the reconstructed depth information and the extended reconstructed depth information. The image processor in some embodiments is adapted for coupling to an active lighting image sensor, such as an infrared sensor that does not provide depth information corresponding to the amplitude image, or an SL or ToF sensor that provides depth information corresponding to the amplitude image.
    • 图像处理系统包括具有图像处理电路和相关存储器的图像处理器。 图像处理器被配置为识别幅度图像中的感兴趣区域,以检测感兴趣区域中的一个或多个相对较低的梯度区域,以重构所述一个或多个相对较低梯度区域的深度信息,以将重建深度 超出所述一个或多个相对较低的梯度区域的信息到感兴趣区域的附加像素,以及使用至少部分重建的深度信息和扩展的重建深度信息来生成深度图像。 一些实施例中的图像处理器适于耦合到有源照明图像传感器,例如不提供对应于幅度图像的深度信息的红外传感器,或者提供对应于幅度图像的深度信息的SL或ToF传感器。