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    • 1. 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。
    • 2. 发明授权
    • Data transfer control device including buffer controller with plurality of pipe regions allocated to plurality of endpoints
    • 数据传输控制装置包括具有分配给多个端点的多个管道区域的缓冲器控制器
    • US07028109B2
    • 2006-04-11
    • US10377763
    • 2003-03-04
    • Nobuyuki SaitoShinsuke KubotaHiroaki ShimonoKuniaki Matsuda
    • Nobuyuki SaitoShinsuke KubotaHiroaki ShimonoKuniaki Matsuda
    • G06F3/00
    • G06F13/4022
    • A plurality of pipe regions PIPE0 to PIPEe in which data transferred to and from endpoints is stored are allocated in a packet buffer (FIFO). Transfer condition information on data transfer between the pipe regions and the endpoints is set in transfer condition registers TREG0 to TREGe in a register section. A host (transfer) controller automatically generates a transaction for each of the endpoints based on the transfer condition information (total size, maximum packet size, transfer direction, number of continuous execution times, token issue interval, and the like) set in the transfer condition registers, and automatically transfers data between each pipe region and the endpoint. An OTG (state) controller which controls a state of USB On-The-Go is provided. The pipe regions are allocated in the packet buffer during a host operation.
    • 在存储分组缓冲器(FIFO)的情况下分配存储了从端点传送的数据的多个管道区域PIPE 0〜PIPEe。 在管道区域和端点之间的数据传输的转移条件信息被设置在寄存器部分的传送条件寄存器TREG 0到TREGe中。 主机(传输)控制器根据转移中设置的传送条件信息(总大小,最大包大小,传送方向,连续执行次数,令牌发放间隔等)自动生成每个端点的事务。 条件寄存器,并在每个管道区域和端点之间自动传输数据。 提供控制USB On-The-Go状态的OTG(状态)控制器。 管道区域在主机操作期间被分配在分组缓冲器中。
    • 7. 发明授权
    • Program and method for error determination, and electronic apparatus
    • 错误确定程序和方法以及电子设备
    • US07921334B2
    • 2011-04-05
    • US12124214
    • 2008-05-21
    • Shinsuke KubotaTakayuki Ohtake
    • Shinsuke KubotaTakayuki Ohtake
    • G06F11/00
    • G06F11/0751G06F11/073
    • There is provided an error determination program executed by an information processor included in an electronic apparatus that includes a device installation section capable of installing any one of a plurality of devices having different formats, a host controller acting as an intermediary between the information processor and the device installed in the device installation section, and a storage circuit storing an error determination information table that includes a plurality of pieces of error determination information for determining a presence or absence of any error in a plurality of responses to a plurality of commands from the devices installable in the device installation section, by associating the pieces of error determination information with a combination of the formats of the installable devices and the commands executable by the devices. The program includes instructing the host controller to issue a desired command in the commands executable by the device installed in the device installation section to the installed device; acquiring the error determination information associated with the combination of the format of the installed device and the desired command from the error determination information table; acquiring response content information regarding a content of a response to the desired command from the installed device from the host controller; and determining the presence or absence of any error in the response based on the error determination information and the response content information.
    • 提供了一种由包括在电子设备中的信息处理器执行的错误确定程序,该电子设备包括能够安装具有不同格式的多个设备中的任何一个的设备安装部分,作为信息处理器和 装置安装在装置安装部分中的存储装置,以及存储电路的存储电路,所述存储电路包括多个错误判定信息,用于确定来自所述装置的多个命令的多个响应中存在或不存在任何错误 通过将错误确定信息与可安装设备的格式和可由设备执行的命令的组合相关联来安装在设备安装部分中。 该程序包括指示主机控制器在安装在设备安装部分中的设备执行的命令中向所安装的设备发出所需命令; 从所述错误判定信息表中获取与所安装的装置的格式的组合和所述期望命令相关联的所述错误确定信息; 从所述主机控制器获取关于来自所安装的设备的对所述期望命令的响应的内容的响应内容信息; 以及基于所述错误确定信息和所述响应内容信息来确定所述响应中是否存在任何错误。
    • 8. 发明申请
    • PROGRAM AND METHOD FOR ERROR DETERMINATION, AND ELECTRONIC APPARATUS
    • 错误判定程序和方法,以及电子设备
    • US20080294945A1
    • 2008-11-27
    • US12124214
    • 2008-05-21
    • Shinsuke KubotaTakayuki Ohtake
    • Shinsuke KubotaTakayuki Ohtake
    • G06F11/22
    • G06F11/0751G06F11/073
    • There is provided an error determination program executed by an information processor included in an electronic apparatus that includes a device installation section capable of installing any one of a plurality of devices having different formats, a host controller acting as an intermediary between the information processor and the device installed in the device installation section, and a storage circuit storing an error determination information table that includes a plurality of pieces of error determination information for determining a presence or absence of any error in a plurality of responses to a plurality of commands from the devices installable in the device installation section, by associating the pieces of error determination information with a combination of the formats of the installable devices and the commands executable by the devices. The program includes instructing the host controller to issue a desired command in the commands executable by the device installed in the device installation section to the installed device; acquiring the error determination information associated with the combination of the format of the installed device and the desired command from the error determination information table; acquiring response content information regarding a content of a response to the desired command from the installed device from the host controller; and determining the presence or absence of any error in the response based on the error determination information and the response content information.
    • 提供了一种由包括在电子设备中的信息处理器执行的错误确定程序,该电子设备包括能够安装具有不同格式的多个设备中的任何一个的设备安装部分,作为信息处理器和 装置安装在装置安装部分中的存储装置,以及存储电路的存储电路,所述存储电路包括多个错误判定信息,用于确定来自所述装置的多个命令的多个响应中存在或不存在任何错误 通过将错误确定信息与可安装设备的格式和可由设备执行的命令的组合相关联来安装在设备安装部分中。 该程序包括指示主机控制器在安装在设备安装部分中的设备执行的命令中向所安装的设备发出所需命令; 从所述错误判定信息表中获取与所安装的装置的格式的组合和所述期望命令相关联的所述错误确定信息; 从所述主机控制器获取关于来自所安装的设备的对所述期望命令的响应的内容的响应内容信息; 以及基于所述错误确定信息和所述响应内容信息来确定所述响应中是否存在任何错误。