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    • 7. 发明授权
    • Efficient method of deducing network topology including endstations
    • 推出包括端站在内的网络拓扑的有效方法
    • US06928059B1
    • 2005-08-09
    • US09662533
    • 2000-09-15
    • Simon Peter ValentineChristopher Robert LinzellLee Anthony Walker
    • Simon Peter ValentineChristopher Robert LinzellLee Anthony Walker
    • H04L12/24H04L12/751H04L12/28
    • H04L45/02H04L41/12
    • A technique for discovering the topology of a computer network and which relies on initially resolving the positions of end stations on the network and subsequently resolving the topology of remaining devices. This technique specifically involves querying a port of a managed device for a first address of any packet which it received; querying the same port for a second address of any other packet which the device received; if there is no such second packet, then returning data to a manager and determining if there is another port on the device; if there is such a second address, determining if there is another port on the device; repeating the preceding steps for the other port of the device; and if no such other port exists, repeating all the preceding steps for another managed device on the network.
    • 一种用于发现计算机网络拓扑的技术,其依赖于最初解析网络上终端站的位置,并随后解析剩余设备的拓扑。 该技术具体涉及对被管理设备的端口查询其接收的任何分组的第一地址; 查询该设备接收到的任何其他分组的第二个地址的相同端口; 如果没有这样的第二分组,则将数据返回给管理器并确定设备上是否有另一个端口; 如果有这样的第二个地址,确定设备上是否有另一个端口; 对设备的其他端口重复上述步骤; 并且如果不存在这样的其他端口,则对网络上的另一被管理设备重复所有前述步骤。
    • 8. 发明授权
    • Discovering non managed devices in a network such as a LAN using HTTP
    • 在网络中发现非受管设备,如使用HTTP的LAN
    • US09112768B1
    • 2015-08-18
    • US09662534
    • 2000-09-15
    • Brendan BoulterChristopher Robert LinzellSimon Peter Valentine
    • Brendan BoulterChristopher Robert LinzellSimon Peter Valentine
    • G06F15/173H04L12/24H04L29/06
    • H04L41/0213H04L29/06H04L41/0253H04L41/12H04L63/08
    • The topology of a computer network may be by the process of discovery in which each of the devices of the network is interrogated to thereby produce details of the network and its operation, preferably in the form of a network map which may be displayed on a visual display unit showing the devices and links between the devices. At its simplest, and where the device is a “managed” device, this information is usually provided by interrogation using a known protocol, such as the SNMP (Simple Network Management Protocol), of the so-called ‘agent’ of each device which stores the device's unique MAC address, the type of device and the MAC addresses embedded in the data passing into a particular port which thereby gives the MAC addresses of the origin of the data and hence the MAC address of the devices which are connected to the ports directly or indirectly.However, many devices are not SNMP enabled and so the discovery or interrogation of the network produces a result which indicates that these non SNMP enabled devices are displayed as “generic” devices.There is described a device for use in a network, said device including information identifying the device, which information is made accessible during HTTP (Hyper Text Transfer Protocol) authentication procedure.
    • 计算机网络的拓扑可以是发现过程,其中网络中的每个设备被询问,从而产生网络及其操作的细节,优选地以可以在视觉上显示的网络地图的形式 显示设备和设备之间的链接的显示单元。 最简单的是,设备是“受管理”设备的地方,通常使用诸如SNMP(简单网络管理协议)的已知协议的询问来提供所述每个设备的所谓“代理”的这种信息, 存储设备的唯一MAC地址,设备类型和嵌入在通过特定端口的数据中的MAC地址,从而给出数据的来源的MAC地址,并因此给出连接到端口的设备的MAC地址 直接或间接 然而,许多设备不启用SNMP,因此网络的发现或询问产生一个结果,指示这些非SNMP启用的设备显示为“通用”设备。 描述了在网络中使用的设备,所述设备包括识别设备的信息,哪些信息在HTTP(超文本传输​​协议)认证过程中可访问。
    • 10. 发明授权
    • Graphically distinguishing a path between two points on a network
    • 以图形方式区分网络上两点之间的路径
    • US06775243B1
    • 2004-08-10
    • US09662536
    • 2000-09-15
    • Simon Peter ValentineLee Anthony WalkerChristopher Robert Linzell
    • Simon Peter ValentineLee Anthony WalkerChristopher Robert Linzell
    • H04L1228
    • H04Q3/0087H04Q2213/13092H04Q2213/13097H04Q2213/13103H04Q2213/13106H04Q2213/13141H04Q2213/1316H04Q2213/13166H04Q2213/13175H04Q2213/13204H04Q2213/13342H04Q2213/13349
    • In a computer network, a method to graphically distinguish on a network map a path between two points on a network. This is particularly useful in diagnosing problems, by tracing a path between two devices. While path tracing may be a relatively simple matter where there are relatively few devices, in a complex network, the paths between two devices will not be immediately obvious and indeed it is desirable to be able to ascertain whether there is more than one such path. There is disclosed a method for selecting a path or paths between two selected points in a network, said network comprising a plurality of points interconnected by links, comprising the steps of deleting from the method all points other than the selected two points having a single link to the remainder of the network to produce a reduced network, and repeating the deletion step until there are no points, other than the two selected points, which are connected to the remaining network by a single link. A computer program for carrying out the method is described.
    • 在计算机网络中,在网络上以图形方式区分网络上两点之间的路径的方法。 这通过跟踪两个设备之间的路径来诊断问题特别有用。 虽然路径跟踪可能是相对较少的设备的相对简单的事情,但是在复杂网络中,两个设备之间的路径将不会立即显现,并且实际上希望能够确定是否存在多于一个这样的路径。 公开了一种用于选择网络中的两个选择点之间的路径或路径的方法,所述网络包括通过链路互连的多个点,所述方法包括以下步骤:从所述方法中删除除所选择的两点之外的所有点, 到网络的剩余部分以产生减少的网络,并且重复删除步骤,直到没有通过单个链路连接到剩余网络的两个所选择的点之外的点。一种用于执行该方法的计算机程序 被描述。