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    • 1. 发明授权
    • Data transmission controller that restarts data transmission when reconstruction is completed
    • 重建完成后重新启动数据传输的数据传输控制器
    • US07272676B2
    • 2007-09-18
    • US10847586
    • 2004-05-18
    • Nobuyuki SaitoYoshimi OkaKenyou NagaoHironobu Kazama
    • Nobuyuki SaitoYoshimi OkaKenyou NagaoHironobu Kazama
    • G06F3/00G06F5/00G06F12/00G06F13/00G06F13/28
    • G06F13/385G06F13/28G06F2213/0042
    • A data transfer control device including: a buffer controller which allocates a plurality of pipe regions in a packet buffer and controls access to the packet buffer; and a transfer controller which controls data transfer between the pipe regions and corresponding endpoints. The transfer controller performs processing of pausing data transfer between the pipe regions and the endpoints, the buffer controller performs reconstruction processing which includes at least one of deletion, addition, and size change of the pipe regions after the completion of the pause processing, and then the transfer controller resumes the paused data transfer after the reconstruction processing of the pipe regions. Data in the pipe regions before the reconstruction processing is copied to the pipe regions after the reconstruction processing while preventing the data from being erased.
    • 一种数据传输控制装置,包括:缓冲器控制器,其在分组缓冲器中分配多个管道区域并控制对分组缓冲器的访问; 以及控制管道区域和对应端点之间的数据传送的传送控制器。 传送控制器执行暂停管道区域和端点之间的数据传送的处理,缓冲器控制器执行包括暂停处理完成之后的管道区域的删除,添加和大小改变中的至少一个的重建处理,然后 传输控制器在管道区域的重建处理之后恢复暂停的数据传输。 在重建处理之前的管道区域中的数据在重建处理之后被复制到管道区域,同时防止数据被擦除。
    • 2. 发明申请
    • Data transfer control device, electronic instrument, and data transfer control method
    • 数据传输控制装置,电子仪器和数据传输控制方法
    • US20050010702A1
    • 2005-01-13
    • US10847586
    • 2004-05-18
    • Nobuyuki SaitoYoshimi OkaKenyou NagaoHironobu Kazama
    • Nobuyuki SaitoYoshimi OkaKenyou NagaoHironobu Kazama
    • G06F13/38G06F13/28
    • G06F13/385G06F13/28G06F2213/0042
    • A data transfer control device including: a buffer controller which allocates a plurality of pipe regions in a packet buffer and controls access to the packet buffer; and a transfer controller which controls data transfer between the pipe regions and corresponding endpoints. The transfer controller performs processing of pausing data transfer between the pipe regions and the endpoints, the buffer controller performs reconstruction processing which includes at least one of deletion, addition, and size change of the pipe regions after the completion of the pause processing, and then the transfer controller resumes the paused data transfer after the reconstruction processing of the pipe regions. Data in the pipe regions before the reconstruction processing is copied to the pipe regions after the reconstruction processing while preventing the data from being erased.
    • 一种数据传输控制装置,包括:缓冲器控制器,其在分组缓冲器中分配多个管道区域并控制对分组缓冲器的访问; 以及控制管道区域和对应端点之间的数据传送的传送控制器。 传送控制器执行暂停管道区域和端点之间的数据传送的处理,缓冲器控制器执行包括暂停处理完成之后的管道区域的删除,添加和大小改变中的至少一个的重建处理,然后 传输控制器在管道区域的重建处理之后恢复暂停的数据传输。 在重建处理之前的管道区域中的数据在重建处理之后被复制到管道区域,同时防止数据被擦除。
    • 3. 发明授权
    • Data transfer control device, electronic equipment, and data transfer control method
    • 数据传输控制装置,电子设备和数据传输控制方法
    • US07349973B2
    • 2008-03-25
    • US10377632
    • 2003-03-04
    • Nobuyuki SaitoHiroaki ShimonoTakuya IshidaYoshiyuki KamiharaKenyou Nagao
    • Nobuyuki SaitoHiroaki ShimonoTakuya IshidaYoshiyuki KamiharaKenyou Nagao
    • G06F15/16
    • G06F13/4295
    • A transaction is automatically issued with respect to one of end points and data is automatically transferred while the remaining data size of the transfer data is calculated based on the total size and the maximum packet size. When the remaining data size in the current transaction is less than the maximum packet size, the next transaction is issued automatically, and a short packet is transferred automatically to nest one of the end points. When the payload size of the packet to be transferred by the current transaction is the maximum packet size and the remaining data size of the transfer data is zero, a short packet of zero data length is transferred automatically to the next one of the end points. When DMA transfer is complete and the remaining data to be transferred is zero, a short packet of zero data length is transferred automatically in response to an IN token from a host. Data transfer according to USB On-The-Go is performed.
    • 相对于一个端点自动发出交易,并且基于总大小和最大分组大小计算传输数据的剩余数据大小而自动传送数据。 当当前事务中的剩余数据大小小于最大数据包大小时,会自动发出下一个事务,并自动传输一个短数据包来嵌套一个端点。 当由当前事务传送的分组的有效载荷大小是最大分组大小,传输数据的剩余数据大小为零时,零数据长度的短分组将自动传送到下一个端点。 当DMA传输完成并且要传输的剩余数据为零时,响应于来自主机的IN令牌自动传送零数据长度的短数据包。 根据USB On-The-Go进行数据传输。
    • 9. 发明授权
    • Data transfer control device, electronic equipment, and data transfer control method
    • 数据传输控制装置,电子设备和数据传输控制方法
    • US07359996B2
    • 2008-04-15
    • US10377764
    • 2003-03-04
    • Nobuyuki SaitoShinsuke KubotaHironobu Kazama
    • Nobuyuki SaitoShinsuke KubotaHironobu Kazama
    • G06F13/28
    • G06F13/385
    • Pipe regions PIPE0 to PIPEe (or endpoint regions) are allocated in a packet buffer, registers in which are set page sizes MPS0 to MPe (maximum packet size) and numbers of pages BP0 to BPe for the pipe regions are provided, and data is transferred between pipe regions and endpoints, region sizes RS0 to RSe of the pipe regions being set by the page sizes and numbers of pages. The page sizes and numbers of pages are set in registers that are used in common during both host operation and peripheral operation in accordance with the USB on-the-go standard. Transfer condition information such as transfer types TT0 to TTe is set in the registers, transactions with respect to the endpoints are automatically issued, and data is automatically transferred. Pipe regions are allocated in the packet buffer during host operation whereas endpoint regions are allocated during peripheral operation.
    • 管道区域PIPE 0至PIPEe(或端点区域)被分配在分组缓冲器中,其中设置了页面大小MPS 0至MPe(最大分组大小)和管道区域的页面BP 0至BPe的寄存器,并且 数据在管道区域和端点之间传输,管道区域的区域大小RS 0至RSe由页面大小和页数设置。 在主机操作和外设操作期间,根据USB移动标准,页面大小和页数设置在常用的寄存器中。 转移条件信息如转移类型TT 0至TTe被设置在寄存器中,自动发出关于端点的交易,并自动传送数据。 管道区域在主机操作期间分配在分组缓冲器中,而端点区域在外围操作期间被分配。