会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 6. 发明授权
    • Access circuit test for transfer engineering
    • 传输工程接入电路测试
    • US08320259B2
    • 2012-11-27
    • US12527808
    • 2008-01-18
    • Ping ZhouAndrew D ChattellMark Hockly
    • Ping ZhouAndrew D ChattellMark Hockly
    • H04J3/14
    • H04M3/30H04M3/007H04M3/2209H04M2201/18
    • A test system for testing a pair of telecommunications access networks, e.g. as part of transfer engineering. The system comprises a test head for connection, via an access arrangement, to first and second access networks. In a first phase, the access arrangement is arranged to connect the test head to the first access network for sending a first request from the tester to, for example, a CLI server via the first access network. The first request comprises a parameter associated with a user line. The tester is arranged to receive in response to the first request a first identifier from the server. In a second phase, the access arrangement is arranged to connect the test head to the second access network for sending a second request from the test head through the second access network to, for example, a CLI server. The second request also comprises the parameter. The tester is arranged to receive, in response to the second request, a second identifier from the target server and is arranged to carry out a comparison operation involving the first and second identifiers received in response to the two requests. A mismatch can indicate a fault or misconnection in either access network or a problem with network configuration data.
    • 用于测试一对电信接入网络的测试系统,例如, 作为转移工程的一部分。 该系统包括用于经由接入装置连接到第一和第二接入网络的测试头。 在第一阶段中,访问装置被布置成将测试头连接到第一接入网络,用于经由第一接入网络将来自测试者的第一请求发送到例如CLI服务器。 第一请求包括与用户线相关联的参数。 测试器被安排为响应于第一请求接收来自服务器的第一标识符。 在第二阶段中,访问装置被布置成将测试头连接到第二接入网络,用于通过第二接入网络将测试头的第二请求发送到例如CLI服务器。 第二个请求也包括参数。 所述测试器被安排为响应于所述第二请求从所述目标服务器接收第二标识符,并且被布置为执行涉及响应于所述两个请求而接收到的所述第一和第二标识符的比较操作。 不匹配可以指示任一接入网络中的故障或连接错误或网络配置数据的问题。
    • 7. 发明申请
    • CLOUD WORKLOAD MANAGEMENT WITH AUTOMATED WORKLOAD BIDDING
    • 具有自动工作负载的云工作负载管理
    • US20120284410A1
    • 2012-11-08
    • US13541474
    • 2012-07-03
    • Clark A. DudekPhillip D. JonesDavid B. RobertsAdrian X. RodriguezIan C. TewksburyPing Zhou
    • Clark A. DudekPhillip D. JonesDavid B. RobertsAdrian X. RodriguezIan C. TewksburyPing Zhou
    • G06F15/173
    • G06F9/5072G06F9/5027
    • A computer-implemented method for workload management in a computer system is provided. According to the method, a first compute node broadcasts a workload bid request to a plurality of compute nodes, wherein the workload bid request includes workload parameters characterizing the workload. The plurality of compute nodes each receive the workload bid request from the first compute node, and each of the plurality of compute nodes uses the workload parameters included in the workload bid request to calculate a cost of running the workload. One or more individual compute nodes within the plurality of compute nodes each send a workload bid to the first compute node, wherein each workload bid includes the cost of running the workload on the individual compute node sending the workload bid. The first compute node receives each workload bid and selects a target compute node to run the workload.
    • 提供了一种用于计算机系统中的用于工作负载管理的计算机实现的方法。 根据该方法,第一计算节点向多个计算节点广播工作负荷出价请求,其中所述工作负荷出价请求包括表征所述工作负载的工作负载参数。 多个计算节点各自从第一计算节点接收工作负荷出价请求,并且多个计算节点中的每一个使用包括在工作负荷出价请求中的工作负载参数来计算运行工作负荷的成本。 多个计算节点内的一个或多个单独的计算节点各自向第一计算节点发送工作负荷出价,其中每个工作负荷出价包括在发送工作负荷出价的个别计算节点上运行工作负荷的成本。 第一个计算节点接收每个工作负荷出价,并选择一个目标计算节点来运行工作负载。
    • 10. 发明授权
    • System and method for determining a source of an internet protocol packet
    • 用于确定因特网协议分组的源的系统和方法
    • US07193996B2
    • 2007-03-20
    • US10085324
    • 2002-02-28
    • Ephraim Webster DobbinsRobert Flagg PenfieldAjay ManjuPing Zhou
    • Ephraim Webster DobbinsRobert Flagg PenfieldAjay ManjuPing Zhou
    • H04L12/56
    • H04L29/12462H04L29/06027H04L29/12009H04L29/12481H04L45/00H04L61/255H04L61/2557H04L65/80
    • A system and method for determining a source of an Internet protocol packet (IP). Generally, the system comprises a memory and a processor. The processor compares a destination address of the IP packet to a first destination address stored within a first destination address cell of the memory, and compares a destination port of the IP packet to a first destination port stored within a first destination port cell of the memory. The network processor also compares a source address of the IP packet to a first source address stored within a first source address cell of the memory, and compares a source port of the IP packet to a first source port stored within a first source port cell of the memory, wherein the stored first source address and the stored first source port are associated with the stored first destination address and the stored first destination port. The network processor also stores the source address and source port of the IP packet within the memory to determine the source of the IP packet if: the destination address and destination port of the IP packet match the stored first destination address and stored first destination port; the source address and source port of the IP packet do not match the stored first source address and stored first source port; and the stored first source address and stored first source port are universally accepted bits.
    • 一种用于确定因特网协议分组(IP)的源的系统和方法。 通常,系统包括存储器和处理器。 处理器将IP分组的目的地地址与存储在存储器的第一目的地地址单元中的第一目的地地址进行比较,并且将IP分组的目的地端口与存储在存储器的第一目的地端口单元内的第一目的地端口进行比较 。 网络处理器还将IP分组的源地址与存储在存储器的第一源地址单元中的第一源地址进行比较,并将IP分组的源端口与存储在第一源端口单元内的第一源端口进行比较 存储器,其中存储的第一源地址和存储的第一源端口与存储的第一目的地地址和存储的第一目的地端口相关联。 网络处理器还将IP分组的源地址和源端口存储在存储器内以确定IP分组的源,如果:IP分组的目的地址和目的地端口与存储的第一目的地址和存储的第一目的地端口匹配; IP包的源地址和源端口与存储的第一个源地址和存储的第一个源端口不匹配; 并且所存储的第一源地址和存储的第一源端口是普遍接受的位。