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    • 1. 发明申请
    • Error detection in high-speed asymmetric interfaces
    • 高速非对称接口中的错误检测
    • US20070098163A1
    • 2007-05-03
    • US11592074
    • 2006-11-01
    • Joseph MacriStephen MoreinClaude GauthierMing-Ju LeeLin Chen
    • Joseph MacriStephen MoreinClaude GauthierMing-Ju LeeLin Chen
    • H04N7/167
    • G06F11/10
    • A system and method for detecting errors in high-speed asymmetric interfaces are described. Embodiments include transmitting digital data between a first system component and a second system component over a bidirectional interface, wherein the first component is significantly more intelligent than the second component. The first component controls many operations of the second component, including receiving a signature from the second component over an existing line of the interface. The signature received is compared to a signature stored by the first component. Both signatures correspond to a transaction over the interface. Based on the comparison, the first component determines whether the transaction was successful, and directs the second component as necessary.
    • 描述了用于检测高速非对称接口中的错误的系统和方法。 实施例包括通过双向接口在第一系统组件和第二系统组件之间传输数字数据,其中第一组件比第二组件明显更智能。 第一个组件控制第二个组件的许多操作,包括通过接口的现有行接收来自第二个组件的签名。 所接收的签名与由第一组件存储的签名进行比较。 两个签名对应于接口上的事务。 基于比较,第一个组件确定事务是否成功,并根据需要引导第二个组件。
    • 3. 发明申请
    • Error detection in high-speed asymmetric interfaces utilizing dedicated interface lines
    • 使用专用接口线路的高速非对称接口中的错误检测
    • US20070104327A1
    • 2007-05-10
    • US11595619
    • 2006-11-09
    • Joseph MacriStephen MoreinClaude GauthierMing-Ju LeeLin Chen
    • Joseph MacriStephen MoreinClaude GauthierMing-Ju LeeLin Chen
    • H04N7/167
    • H04L1/0045G06F11/08G06F11/10H04L1/0061H04L2001/0094
    • A system and method for detecting errors in high-speed asymmetric interfaces are described. Embodiments include transmitting digital data between a first system component and a second system component over a bidirectional interface, wherein the first component is significantly more intelligent than the second component. The first component receives a signature from the second component over a line of the interface concurrent with READ and WRITE operations over the interface. The latency associated with transmission of a signature from the second component to the first component is the time taken for the second component to compute a signature. The signature received is compared to a signature stored by the first component. Both signatures correspond to a particular READ or WRITE command. Based on the comparison, the first component determines whether the READ or WRITE operation was successful, and directs the second component as necessary.
    • 描述了用于检测高速非对称接口中的错误的系统和方法。 实施例包括通过双向接口在第一系统组件和第二系统组件之间传输数字数据,其中第一组件比第二组件明显更智能。 第一个组件通过接口的READ和WRITE操作同时从一个接口的一行接收第二个组件的签名。 与从第二组件到第一组件的签名传输相关联的延迟是第二组件计算签名所花费的时间。 所接收的签名与由第一组件存储的签名进行比较。 两个签名对应于特定的READ或WRITE命令。 基于比较,第一个组件确定READ或WRITE操作是否成功,并根据需要指示第二个组件。
    • 7. 发明授权
    • Error detection in high-speed asymmetric interfaces
    • 高速非对称接口中的错误检测
    • US08661300B1
    • 2014-02-25
    • US13169977
    • 2011-06-27
    • Joseph MacriStephen MoreinClaude GauthierMing-Ju E. LeeLin Chen
    • Joseph MacriStephen MoreinClaude GauthierMing-Ju E. LeeLin Chen
    • G06F11/00
    • G06F11/10
    • A system and method for detecting errors in high-speed asymmetric interfaces are described. Embodiments include transmitting digital data between a first system component and a second system component over a bidirectional interface, wherein the first component is significantly more intelligent than the second component. The first component controls many operations of the second component, including receiving a signature from the second component over an existing line of the interface. The signature received is compared to a signature stored by the first component. Both signatures correspond to a transaction over the interface. Based on the comparison, the first component determines whether the transaction was successful, and directs the second component as necessary.
    • 描述了用于检测高速非对称接口中的错误的系统和方法。 实施例包括通过双向接口在第一系统组件和第二系统组件之间传输数字数据,其中第一组件比第二组件明显更智能。 第一个组件控制第二个组件的许多操作,包括通过接口的现有行接收来自第二个组件的签名。 所接收的签名与由第一组件存储的签名进行比较。 两个签名对应于接口上的事务。 基于比较,第一个组件确定事务是否成功,并根据需要引导第二个组件。
    • 9. 发明授权
    • Error detection in high-speed asymmetric interfaces utilizing dedicated interface lines
    • 使用专用接口线路的高速非对称接口中的错误检测
    • US08892963B2
    • 2014-11-18
    • US11595619
    • 2006-11-09
    • Joseph MacriStephen MoreinClaude GauthierMing-Ju E. LeeLin Chen
    • Joseph MacriStephen MoreinClaude GauthierMing-Ju E. LeeLin Chen
    • G06F11/00H04L1/00G06F11/10G06F11/08
    • H04L1/0045G06F11/08G06F11/10H04L1/0061H04L2001/0094
    • A system and method for detecting errors in high-speed asymmetric interfaces are described. Embodiments include transmitting digital data between a first system component and a second system component over a bidirectional interface, wherein the first component is significantly more intelligent than the second component. The first component receives a signature from the second component over a line of the interface concurrent with READ and WRITE operations over the interface. The latency associated with transmission of a signature from the second component to the first component is the time taken for the second component to compute a signature. The signature received is compared to a signature stored by the first component. Both signatures correspond to a particular READ or WRITE command. Based on the comparison, the first component determines whether the READ or WRITE operation was successful, and directs the second component as necessary.
    • 描述了用于检测高速非对称接口中的错误的系统和方法。 实施例包括通过双向接口在第一系统组件和第二系统组件之间传输数字数据,其中第一组件比第二组件明显更智能。 第一个组件通过接口的READ和WRITE操作同时从一个接口的一行接收第二个组件的签名。 与从第二组件到第一组件的签名传输相关联的延迟是第二组件计算签名所花费的时间。 所接收的签名与由第一组件存储的签名进行比较。 两个签名对应于特定的READ或WRITE命令。 基于比较,第一个组件确定READ或WRITE操作是否成功,并根据需要指示第二个组件。