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    • 1. 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。
    • 3. 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。
    • 6. 发明授权
    • Apparatus and method for reducing frame loss in route switched networks
    • 用于减少路由交换网络中的帧丢失的装置和方法
    • US5909441A
    • 1999-06-01
    • US840313
    • 1997-04-11
    • Cedell Adam Alexander, Jr.Edward Joel RovnerSonia Kiang Rovner
    • Cedell Adam Alexander, Jr.Edward Joel RovnerSonia Kiang Rovner
    • H04L12/46H04L12/56H04Q11/04H04L12/28
    • H04Q11/0478H04L12/4608H04L2012/5617H04L2012/5668
    • To ensure a LES issues address resolution responses when necessary, an association between a MAC/ATM address pair and an intersubnet shortcut virtual channel connection (VCC) is registered. When the LES receives a first data frame being sent from a first station to a second station, with the second station having a MAC address associated with a shortcut VCC, a second data frame is created. The second data frame has as a source address the MAC address. The second frame is sent to devices associated with the first station so that the devices may learn the origination point for the second station and can issue messaging necessary to establish an shortcut VCC. In addition, frame loss reduction in an ATM communications network is accomplished by registering an association between a MAC address of a router associated with a MAC/ATM address pair, and a shortcut VCC. After the association is registered, a data frame being sent from a first station to a second station is received. The second station has the same MAC address as the MAC/ATM address pair. The destination MAC address of the data frame is replaced with the MAC address of the router, wherein the data frame can now be delivered. Also, a first station is prevented from having to wait to send data to a second station over a newly created shortcut VCC by registering an association between a MAC/ATM address pair and a shortcut VCC. Next, a flush request message from an edge device on an ELAN is received. The flush request has a destination ATM address equal to the ATM address of the MAC/ATM address pair. A flush response message is sent to the edge device, where upon receiving the flush response message, the edge device will start sending data from the first station to the second station over the newly created shortcut VCC.
    • 为了确保LES在必要时发布地址解析响应,注册MAC / ATM地址对与子网间快捷虚拟通道连接(VCC)之间的关联。 当LES接收到从第一站发送到第二站的第一数据帧时,第二站具有与快捷方式VCC相关联的MAC地址,产生第二数据帧。 第二个数据帧作为MAC地址的源地址。 第二帧被发送到与第一站相关联的设备,使得设备可以学习第二站的发起点并且可以发出建立快捷方式VCC所需的消息。 此外,ATM通信网络中的帧丢失减少通过注册与MAC / ATM地址对相关联的路由器的MAC地址与快捷方式VCC之间的关联来实现。 在关联被注册之后,接收从第一站发送到第二站的数据帧。 第二站具有与MAC / ATM地址对相同的MAC地址。 数据帧的目标MAC地址被路由器的MAC地址替换,其中现在可以传送数据帧。 此外,通过注册MAC / ATM地址对和快捷方式VCC之间的关联,防止第一站等待通过新创建的快捷方式VCC向第二站发送数据。 接下来,接收来自ELAN上的边缘设备的刷新请求消息。 刷新请求具有等于MAC / ATM地址对的ATM地址的目的地ATM地址。 向边缘设备发送刷新响应消息,其中在接收到刷新响应消息时,边缘设备将通过新创建的快捷方式VCC开始从第一站向第二站发送数据。
    • 7. 发明授权
    • Method and system for broadcast management in a data communication network that permits namesharing
    • 数据通信网络中广播管理的方法和系统,允许名称共享
    • US06553421B1
    • 2003-04-22
    • US09153713
    • 1998-09-15
    • John Kevin FrickDaniel Dean HeimsothJon Michael HoughtonEdward Joel Rovner
    • John Kevin FrickDaniel Dean HeimsothJon Michael HoughtonEdward Joel Rovner
    • G06F1516
    • H04L29/12018H04L12/4625H04L12/5601H04L29/12009H04L29/12811H04L49/201H04L49/351H04L61/10H04L61/301H04L61/6009H04L67/42
    • A data communication network includes a network client, a network server, and a name caching entity located between the network client and the network server. The network server is coupled to the data communication network by a plurality of network adapters that each have a different network (e.g., Media Access Control (MAC)) address, but share a common logical name. The name caching entity includes a name cache, which stores the common logical name shared by the server's network adapters in association with the network address of one of the network adapters. By reference to the name cache, the name caching entity is able to convert broadcast frames to unicast frames, thereby advantageously reducing broadcast frames in the network. The name caching entity will disassociate the logical name and the network address in the name cache in response to a failure to detect a frame indicating the establishment of a session with the network server within a selected interval of transmission of a frame requesting establishment of a session with the network server. In this manner, the network client can establish a session with the network server through another network adapter in cases in which the network adapter whose network address is stored in the name cache cannot support an additional session.
    • 数据通信网络包括位于网络客户端和网络服务器之间的网络客户端,网络服务器和名称缓存实体。 网络服务器通过多个网络适配器耦合到数据通信网络,每个网络适配器各自具有不同的网络(例如,媒体访问控制(MAC))地址,但共享公共的逻辑名称。 名称缓存实体包括名称缓存,其存储由服务器的网络适配器共享的公共逻辑名与网络适配器之一的网络地址相关联。 通过参考名称缓存,名称缓存实体能够将广播帧转换为单播帧,从而有利地减少网络中的广播帧。 响应于在请求建立会话的帧的传输的所选择的间隔内检测到指示与网络服务器建立会话的帧的故障,名称缓存实体将解除名称高速缓存中的逻辑名称和网络地址的关联。 与网络服务器。 以这种方式,网络客户端可以在其网络地址存储在名称高速缓存中的网络适配器不能支持附加会话的情况下通过另一网络适配器与网络服务器建立会话。