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    • 7. 发明申请
    • Controlling timing of execution of test instruction by target computing device
    • 控制目标计算设备执行测试指令的时间
    • US20050283670A1
    • 2005-12-22
    • US10872211
    • 2004-06-17
    • Subram NatarajanManoj NegiJuan Gomez
    • Subram NatarajanManoj NegiJuan Gomez
    • G06F11/00
    • G06F11/273
    • Controlling the timing of execution of test instructions by a target computing device is disclosed. A method initiates a test process at each target computing device. The method receives a process handle of the test process from each target computing device, as generated at the target computing device. The method repeats sending to each target computing device the process handle of the test process, and a test instruction to be executed at the target computing device, until the target computing device has finished executing all the test instructions. A test instruction may be a test script made up of a number of test commands that are to be executed as a group, or a test instruction may be a single test command. Timing of execution of each test instruction can be controlled by deciding when to send the test instruction to a target computing device.
    • 公开了控制由目标计算设备执行测试指令的时序。 一种方法在每个目标计算设备发起测试过程。 该方法从目标计算设备产生的每个目标计算设备接收测试过程的处理句柄。 该方法重复向目标计算设备发送测试过程的处理句柄,以及在目标计算设备处执行的测试指令,直到目标计算设备完成所有测试指令的执行。 测试指令可以是由要作为一组执行的多个测试命令组成的测试脚本,或测试指令可以是单个测试命令。 可以通过决定何时将测试指令发送到目标计算设备来控制每个测试指令的执行时序。
    • 9. 发明申请
    • Stable, minimal skew resource flow control technique in large scale enterprise storage systems
    • 在大型企业存储系统中稳定,最小化偏向资源流控制技术
    • US20070050504A1
    • 2007-03-01
    • US11211793
    • 2005-08-25
    • Juan GomezSandeep Uttamchandani
    • Juan GomezSandeep Uttamchandani
    • G06F15/173
    • G06F3/0631G06F3/0605G06F3/0613G06F3/067H04L47/27
    • A system and method of conducting resource flow control sessions in a computer network comprises sending a resource request from a client computer to a server computer; assigning to the client computer a flow control window, wherein a size of a flow control window is based on resources available to the server computer and a level of activity of a corresponding client computer, wherein the server computer is in any of a busy and idle state of activity; determining whether to change the size of the flow control window upon receiving the resource request based on the level of activity of the corresponding client computer and a current utilization of resources during a particular session of use; tracking a number of active sessions of use of the resources in a predetermined time window; and maintaining the flow control window with a maximum queue size per number of sessions value.
    • 在计算机网络中进行资源流控制会话的系统和方法包括:从客户计算机向服务器计算机发送资源请求; 向客户端计算机分配流控制窗口,其中流控制窗口的大小基于可用于服务器计算机的资源和相应客户端计算机的活动级别,其中服务器计算机处于忙碌和空闲状态 活动状态 基于相应的客户端计算机的活动级别以及特定的使用期间的资源的当前利用,确定在接收到资源请求时是否改变流量控制窗口的大小; 在预定时间窗口中跟踪资源的使用的多个活动会话; 并且每个会话值的每个维度具有最大队列大小的流控制窗口。