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    • 31. 发明授权
    • Determining the physical location of resources on and proximate to a network
    • 确定网络上和附近的资源的物理位置
    • US07257108B2
    • 2007-08-14
    • US10901361
    • 2004-07-28
    • Richard W. ChestonDaryl Carvis CromerDhruv Manmohandas DesaiHoward Jeffrey LockerJames Peter Ward
    • Richard W. ChestonDaryl Carvis CromerDhruv Manmohandas DesaiHoward Jeffrey LockerJames Peter Ward
    • H04Q7/24
    • H04L41/12
    • A network includes a plurality of wall plates, each of the wall plates couples a network resource such as a computer or a network attached device to the network and includes an RFID circuit to detect proximate devices having an RFID tag. The proximate devices can be network attached devices or non network attached devices such as desks, phones, and artwork. Logic is included within each wall plate which includes wall plate physical location information. The logic is designed to respond to a broadcast signal. In so doing, the physical location of any resource can be determined. The physical location of all known resources are provided to an inventory application in the network, thereby allowing network administrators and users to remotely determine the physical location (room, floor, building, etc.) of any and all known resources attached to the network. Likewise, local computer users are able to identify the network resources located in their vicinity.
    • 网络包括多个壁板,每个壁板将诸如计算机或网络连接设备的网络资源耦合到网络,并且包括用于检测具有RFID标签的附近设备的RFID电路。 邻近设备可以是网络连接设备或非网络连接的设备,例如书桌,电话和艺术品。 逻辑包括在每个墙板内,其中包括墙板物理位置信息。 该逻辑被设计为响应广播信号。 这样做可以确定任何资源的物理位置。 将所有已知资源的物理位置提供给网络中的库存应用程序,从而允许网络管理员和用户远程确定附加到网络的任何和所有已知资源的物理位置(房间,楼层,建筑物等)。 同样,本地计算机用户能够识别位于其附近的网络资源。
    • 32. 发明授权
    • Data processing system and method for recovering from system crashes
    • 从系统崩溃中恢复的数据处理系统和方法
    • US06195695B1
    • 2001-02-27
    • US09181138
    • 1998-10-27
    • Richard W. ChestonHoward LockerDavid B. Rhoades
    • Richard W. ChestonHoward LockerDavid B. Rhoades
    • G06F15177
    • G06F11/1417G06F11/1458G06F11/1464G06F11/1469Y10S707/99953
    • A system and method for recovering from corruption of an executable application and/or operating system stored on a client computer without downloading another copy of the application and/or operating system. This recovery is accomplished by storing, preferably at the initial program loading, two copies of the application (and the operating system, if desired) in different segments of a partitioned storage, one copy as a working copy and a second copy as an archive or backup copy. When the working copy of the application or operating system becomes corrupted and crashes, the backup copy is thereafter used as the new working copy and, if desired, a new backup copy is stored to be used when the working copy crashes. This allows the system to continue functioning after a crash without the necessity to find a new copy of the application and operating system from outside the computer.
    • 一种用于从存储在客户计算机上的可执行应用程序和/或操作系统的损坏中恢复而不下载应用程序和/或操作系统的另一个副本的系统和方法。 该恢复是通过优选地在初始程序加载时存储分区存储器的不同部分中的应用程序(和操作系统(如果需要))的两个副本,作为工作副本的一个副本和作为存档的第二副本来实现的,或者 备份副本。 当应用程序或操作系统的工作副本损坏并崩溃时,备份副本此后被用作新的工作副本,如果需要,存储新的备份副本以在工作副本崩溃时使用。 这样可以让系统在崩溃后继续运行,无需从计算机外部找到应用程序和操作系统的新副本。