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    • 2. 发明授权
    • System-wide reset of multiple electronic devices
    • 多个电子设备的全系统复位
    • US08258844B2
    • 2012-09-04
    • US11498503
    • 2006-08-03
    • Jay Rodger ElrodCharles William ThiesfeldJon David Trantham
    • Jay Rodger ElrodCharles William ThiesfeldJon David Trantham
    • H03K3/02
    • G06F1/24H03K17/20
    • In general, this disclosure describes techniques for implementing a system-wide reset of multiple devices. The techniques ensure that when any one of the devices of the system is reset, all the devices are reset. For example, a system includes a master reset device and a plurality of slave reset devices that are interconnected by a single reset line to provide improved robustness against electrostatic discharge (ESD) and electromagnetic pulse events. The master reset device detects a reset signal on the reset line and retransmits a true reset signal on the reset line in response to detecting the reset signal. Additionally, the master reset device may enter a blocking state after retransmitting the true reset signal to prevent detecting the reset signal that it transmitted on the reset line to avoid reset lockup.
    • 通常,本公开描述了用于实现多个设备的系统范围复位的技术。 这些技术确保当系统的任何一个设备被复位时,所有的设备都被复位。 例如,系统包括主复位装置和多个从复位装置,其通过单个复位线互连以提供抵抗静电放电(ESD)和电磁脉冲事件的改善的鲁棒性。 主复位装置检测复位线路上的复位信号,并响应于检测到复位信号而在复位线路上重发真实复位信号。 此外,主复位装置可以在重传真实复位信号之后进入阻塞状态,以防止检测其在复位线上发送的复位信号,以避免复位锁定。
    • 4. 发明申请
    • System-wide reset of multiple electronic devices
    • 多个电子设备的全系统复位
    • US20080030245A1
    • 2008-02-07
    • US11498503
    • 2006-08-03
    • Jay Rodger ElrodCharles William ThiesfeldJon David Trantham
    • Jay Rodger ElrodCharles William ThiesfeldJon David Trantham
    • H03L7/00
    • G06F1/24H03K17/20
    • In general, this disclosure describes techniques for implementing a system-wide reset of multiple devices. The techniques ensure that when any one of the devices of the system is reset, all the devices are reset. For example, a system includes a master reset device and a plurality of slave reset devices that are interconnected by a single reset line to provide improved robustness against electrostatic discharge (ESD) and electromagnetic pulse events. The master reset device detects a reset signal on the reset line and retransmits a true reset signal on the reset line in response to detecting the reset signal. Additionally, the master reset device may enter a blocking state after retransmitting the true reset signal to prevent detecting the reset signal that it transmitted on the reset line to avoid reset lockup.
    • 通常,本公开描述了用于实现多个设备的系统范围复位的技术。 这些技术确保当系统的任何一个设备被复位时,所有的设备都被复位。 例如,系统包括主复位装置和多个从复位装置,其通过单个复位线互连以提供抵抗静电放电(ESD)和电磁脉冲事件的改善的鲁棒性。 主复位装置检测复位线路上的复位信号,并响应于检测到复位信号而在复位线路上重发真实复位信号。 此外,主复位装置可以在重传真实复位信号之后进入阻塞状态,以防止检测其在复位线上发送的复位信号,以避免复位锁定。
    • 7. 发明授权
    • Method and system for data path verification
    • 用于数据路径验证的方法和系统
    • US06711659B2
    • 2004-03-23
    • US10086918
    • 2002-02-28
    • Michael MillerCharles William Thiesfeld
    • Michael MillerCharles William Thiesfeld
    • C06F1200
    • G11B20/10527G06F3/0613G06F3/0619G06F3/0659G06F3/0676G11B2020/1062
    • A system and method of verifying data transferred along a data path from one buffer, such as a user buffer in the host system to a second buffer, such as a disc drive buffer on a disc drive system by using the receiving device to test the information and provide a confirmation or error signal to the sending device. The system and method appends non-abstract identification tags to the abstract data in the first buffer, i.e., the data to be stored to and/or read from the storage device. The tags are transmitted along with the abstract data and provide unique information that is used by either the disc drive device or the host system to validate data received from the other. The validation is based on a comparison of the tag values to a predetermined control value that may be received prior to receiving the abstract data.
    • 一种用于验证沿着数据路径从诸如主机系统中的用户缓冲器的数据路径传送到诸如盘驱动器系统上的盘驱动器缓冲器的第二缓冲器的数据的系统和方法,通过使用接收设备来测试信息 并向发送设备提供确认或错误信号。 该系统和方法将非抽象识别标签附加到第一缓冲器中的抽象数据,即要存储到存储设备和/或从存储设备读取的数据。 标签与抽象数据一起传输,并提供由盘驱动器设备或主机系统用于验证从另一个接收的数据的唯一信息。 验证基于标签值与在接收抽象数据之前可以接收的预定控制值的比较。