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    • 1. 发明申请
    • Distributing and balancing traffic flow in a virtual gateway
    • 分布和平衡虚拟网关中的流量
    • US20050025179A1
    • 2005-02-03
    • US10632704
    • 2003-07-31
    • Douglas McLagganIan WilsonMark DennyRick Williams
    • Douglas McLagganIan WilsonMark DennyRick Williams
    • H04J3/16H04L12/56
    • H04L45/00H04L45/28H04L45/38H04L45/586H04L47/10H04L47/125
    • The distribution of traffic flows in a load-sharing redundancy group that includes a first gateway device and a second gateway device includes assigning a first set of forwarding addresses to the first gateway device and a second set of forwarding addresses to the second gateway device. The redundancy group distributes forwarding addresses to hosts which in turn use the distributed forwarding addresses to send packets to the redundancy group. The traffic flow for each of the assigned forwarding addresses is measured and may be compared to a target traffic flow. The traffic flow is adjusted to close in on the target traffic flow. Adjustment of the traffic flow can be accomplished either by changing the existing measured traffic flow by re-assigning a forwarding address originally assigned to one gateway device to a different gateway device or by altering future distribution of forwarding addresses so that additional traffic is sent to one or more forwarding addresses having lower measured traffic. The gateway devices can be routers using virtual MAC addresses as forwarding addresses. The redundancy group may also be configured to provide failover services in the event that one of the gateway devices ceases operation.
    • 在包括第一网关设备和第二网关设备的负载共享冗余组中的流量分配包括:向第一网关设备分配第一组转发地址,向第二网关设备分配第二组转发地址。 冗余组将转发地址分配给主机,主机依次使用分布式转发地址向冗余组发送数据包。 测量每个分配的转发地址的流量,并将其与目标业务流进行比较。 交通流量被调整为关闭目标交通流量。 可以通过将原始分配给一个网关设备的转发地址重新分配给不同的网关设备或通过改变转发地址的将来分配来改变现有的测量业务流来实现流量的调整,从而将额外的流量发送到一个 或更多的具有较低测量业务量的转发地址。 网关设备可以是使用虚拟MAC地址作为转发地址的路由器。 冗余组还可以被配置为在其中一个网关设备停止操作的情况下提供故障转移服务。
    • 3. 发明授权
    • Degradable erosion control barrier
    • 可降解侵蚀控制屏障
    • US08596930B2
    • 2013-12-03
    • US11746869
    • 2007-05-10
    • Walter van WoudenbergIan Wilson
    • Walter van WoudenbergIan Wilson
    • E02D17/20
    • E02D17/202
    • An erosion control barrier for installation in a drainage path in a service environment. The erosion control barrier includes a unitary permeable sheet which is bent along a longitudinal axis to provide an upslope side, a downslope side and a longitudinally extending apex. The permeable sheet is constructed of a degradable material so that the erosion control barrier has a design service life in the service environment and a design material life in the service environment. The design material life is longer than the design service life. The permeable sheet is designed to be sufficiently transversely stiff and resilient during the design service life to enable the erosion control barrier to be self-supporting. The permeable sheet is designed to substantially disintegrate within the design material life.
    • 用于安装在服务环境中的排水路径中的侵蚀控制屏障。 侵蚀控制屏障包括沿着纵向轴线弯曲的单一可渗透片材,以提供上坡面,下坡面和纵向延伸的顶点。 可渗透片由可降解材料构成,使得侵蚀控制屏障在使用环境中具有设计使用寿命,并且在使用环境中具有设计材料寿命。 设计使用寿命长于设计使用寿命。 可渗透片设计成在设计使用寿命期间具有足够的横向刚性和弹性,以使侵蚀控制屏障能够自支撑。 可渗透片被设计成在设计材料寿命内基本上分解。
    • 6. 发明申请
    • Method for modeling task and workload
    • 任务和工作负载建模方法
    • US20080086290A1
    • 2008-04-10
    • US11906816
    • 2007-10-04
    • Ian Wilson
    • Ian Wilson
    • G06G7/48G06F9/44
    • G06F8/20G06Q10/06G06Q10/0637
    • A method for modeling task, activity and workload of various human-implemented processes. The models created by this method may be further evaluated so that improvements can be made to the modeled processes. These improvements in modeled processes may include restructuring the human-implemented aspects of the process to take into account the human's cognitive and physical limitations. The model may also be used to identify the information flow aspects of the human cognitive activities allowing the specification and implementation of changes in the information flow or quality to result in improved human workloads.
    • 对各种人为执行过程的任务,活动和工作量进行建模的方法。 可以进一步评估通过该方法创建的模型,以便可以对建模过程进行改进。 模拟过程中的这些改进可能包括重组人类执行的过程方面,以考虑到人的认知和身体限制。 该模型还可用于识别人类认知活动的信息流动方面,从而允许规范和实施信息流或质量的变化,从而改善人类工作负荷。