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    • 2. 发明授权
    • Service request packet including an exterior network protocol attribute
    • 服务请求包,包括外部网络协议属性
    • US08619773B2
    • 2013-12-31
    • US12846811
    • 2010-07-29
    • Clarence FilsfilsCedell Adam Alexander, Jr.Jim Guichard
    • Clarence FilsfilsCedell Adam Alexander, Jr.Jim Guichard
    • H04L12/28
    • H04L45/30H04L45/42H04L67/28
    • Packets are encapsulated and sent from a service node to one or more application nodes for applying one or more Layer-4 to Layer-7 services to the packets. Before which for a packet, the service node performs a lookup operation based on a destination address of the packet in a routing data structure derived from a exterior network protocol, such as, but not limited to Border Gateway Protocol (BGP). This lookup operation results in the identification of a next hop packet switching device to which the packet would be sent from the service node. The service node includes this identification of the next hop address in the request packet sent to the application node(s). After the service(s) are applied to the packet, an application node will send the services-applied packet to this next hop address. In this manner, application nodes do not need to run an exterior network protocol. Although, they typically will run an Interior Gateway Protocol for identifying how to forward packets to the next hop address.
    • 分组被封装并从服务节点发送到一个或多个应用节点,以将一个或多个第4层到第7层服务应用于分组。 在分组之前,服务节点基于来自外部网络协议(例如但不限于边界网关协议(BGP))的路由数据结构中的分组的目的地地址来执行查找操作。 该查找操作导致从服务节点发送分组的下一跳分组交换设备的标识。 服务节点包括发送到应用节点的请求分组中的下一跳地址的标识。 应用程序节点将该服务应用于数据包后,将将应用服务的数据包发送到下一跳地址。 以这种方式,应用节点不需要运行外部网络协议。 虽然,它们通常将运行内部网关协议,用于识别如何将数据包转发到下一跳地址。
    • 3. 发明授权
    • Method for enhanced broadcast and unknown server operation
    • 增强广播和未知服务器操作的方法
    • US5870589A
    • 1999-02-09
    • US899024
    • 1997-07-23
    • Cedell Adam Alexander, Jr.John Kevin FrickMatthew Blaze SquireEdward Joel Rovner
    • Cedell Adam Alexander, Jr.John Kevin FrickMatthew Blaze SquireEdward Joel Rovner
    • G06F9/44G06F13/14
    • H04L41/145H04L43/16H04L61/106H04L61/6022H04L61/604H04L12/5601
    • Provided are a method and system for achieving enhanced performance in communications involving one or more emulated networks overlaid onto at least one base network, where the emulation is performed by one or more network emulation servers-broadcast and unknown servers. The objects of the method and system are achieved via the following. Monitoring addresses of data transiting the one or more network emulation servers-broadcast and unknown servers where such monitored addresses are indicative of one or more functions provided by the one or more emulated networks. Tracking the monitored addresses. Comparing the tracked addresses, indicative of on or more functions provided by the one more emulated networks, with one or more prespecified thresholds indicative of monopolization of resources of the at least one emulated network. And, taking corrective action when the aforementioned comparing of addresses indicates that one or more entities associated with the tracked addresses are monopolizing resources of the at least one emulated network such that communications involving the at least one emulated network are enhanced.
    • 提供了一种用于在涉及覆盖在至少一个基本网络上的一个或多个仿真网络的通信中实现增强的性能的方法和系统,其中仿真由一个或多个网络仿真服务器(广播和未知服务器)执行。 方法和系统的对象通过以下方式实现。 监视一个或多个网络仿真服务器的数据的地址 - 广播和未知服务器,其中这些监视的地址指示由一个或多个仿真网络提供的一个或多个功能。 跟踪监控的地址。 比较跟踪地址,指示由一个更多仿真网络提供的多个功能的一个或多个预定阈值,其指示所述至少一个仿真网络的资源的垄断。 并且,当前述的地址比较指示与所跟踪的地址相关联的一个或多个实体是所述至少一个仿真网络的垄断资源时,采取纠正措施,使得涉及所述至少一个仿真网络的通信被增强。
    • 7. 发明授权
    • Method and system for providing peer redundancy to asynchronous transfer mode emulated local-area networks
    • 为同步传输模式提供对等冗余的模拟局域网的方法和系统
    • US06671253B1
    • 2003-12-30
    • US09400204
    • 1999-09-21
    • Cedell Adam Alexander, Jr.John Kevin FrickEdward Joel Rovner
    • Cedell Adam Alexander, Jr.John Kevin FrickEdward Joel Rovner
    • G01R3108
    • H04L12/4625
    • A method and system for providing enhanced peer redundancy in an ATM emulated local area network (ELAN) served by a primary LAN emulation server (LES), a peer LAN emulation server, a broadcast and unknown server (BUS), and a LAN emulation configuration server (LECS). An enhanced peer redundancy virtual channel connection (VCC) is established between the primary LES/BUS and the peer LES/BUS. The primary LES/BUS and the peer LES/BUS exchange status messages every two seconds indicating the number of assigned LECs. If the primary has fewer LECs than the peer, the primary yields to the peer as the active LES/BUS. If an enhanced redundancy VCC was not established, the backup LES/BUS provides ELAN services while waiting for the primary to call to establish an enhanced redundancy VCC. If an enhanced peer redundancy VCC cannot be established, the primary attempts to establish a redundancy VCC with the peer in which the peer LES/BUS is kept in a dormant mode as long as the redundancy VCC is present. If the redundancy VCC is absent, the peer LES/BUS is activated to service the ELAN.
    • 一种用于在由主LAN仿真服务器(LES),对等LAN仿真服务器,广播和未知服务器(BUS)以及LAN仿真配置服务的ATM模拟局域网(ELAN)中提供增强的对等冗余的方法和系统 服务器(LECS)。 在主LES / BUS和对等LES / BUS之间建立增强的对等冗余虚拟通道连接(VCC)。 主LES / BUS和对等LES / BUS交换状态消息每隔两秒表示分配的LEC数。 如果主要的LEC比对等体更少,则作为活动的LES / BUS的对等体的主要产出。 如果没有建立增强冗余VCC,则备用LES / BUS提供ELAN服务,同时等待主要呼叫建立增强型冗余VCC。 如果增强对等体冗余VCC不能建立,主要尝试与对等体建立冗余VCC,其中对等体LES / BUS保持在休眠模式,只要存在冗余VCC。 如果不存在冗余VCC,则激活对等体LES / BUS来为ELAN服务。
    • 8. 发明授权
    • System for data transmission across a link aggregation
    • 通过链路聚合进行数据传输的系统
    • US06512742B1
    • 2003-01-28
    • US09207962
    • 1998-12-09
    • Cedell Adam Alexander, Jr.Arush KumarLoren Douglas Larsen
    • Cedell Adam Alexander, Jr.Arush KumarLoren Douglas Larsen
    • G06F714
    • H04L45/745H04L45/00H04L45/245Y02D50/30
    • A method and system are disclosed for balanced transmitting of data across a link aggregation of k links in a network, where k is not a power of 2, where data is specified by frames each having a source address and a destination address. N bits of the source address and N bits of the destination address are determined to be XORed together where N is greater than 2. An index table with 2N entry positions is created where each of the entry positions is assigned an index number between 0 and 2N−1. The entry positions of the index table are filled with one link of the k links in each entry position by repetitively entering each of the k links until all of the entry positions are filled. The frames of data with identical source address and destination addresses as other frames of data are grouped into a flow. N bits of the source address are XORed together with N bits of the destination address for each flow to obtain an N bit index number for each flow. The index table is accessed with the N bit index number to identify a particular link within the index table. The flow is transmitted across the particular link.
    • 公开了一种用于在网络中的k个链路的链路聚合上的数据的平衡传输的方法和系统,其中k不是2的幂,其中数据由具有源地址和目的地址的帧指定。 在N大于2的情况下,源地址的N位和目的地地址的N位被确定为一起进行异或。创建具有2N个入口位置的索引表,其中每个入口位置被分配在0和2N之间的索引号 -1。 索引表的入口位置通过重复输入k个链接中的每一个,直到所有入口位置被填充,填充每个入口位置中的k个链接的一个链接。 具有与其他数据帧相同的源地址和目的地地址的数据帧被分组成流。 源地址的N位与每个流的目标地址的N位进行异或,以获得每个流的N位索引号。 使用N位索引号访问索引表,以标识索引表中的特定链接。 流量通过特定链路传输。