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    • 1. 发明授权
    • Distributed router with ping-pong preventing function and ping-pong preventing method using the same
    • 具有乒乓防点功能的分布式路由器和使用乒乓防止功能的乒乓防护方法
    • US07408933B2
    • 2008-08-05
    • US10781748
    • 2004-02-20
    • Jong-Sang OhByung-Gu ChoeYong-Seok Park
    • Jong-Sang OhByung-Gu ChoeYong-Seok Park
    • H04L12/56
    • H04L49/552H04L45/02H04L45/44H04L45/60H04L45/742
    • A distributed router able to reduce occurrence of ping-pong of data and information packets within the architecture of the distributed router constructed with a main processor, a plurality of line connection units and a switching unit, is disclosed. The main processor manages a routing table, updates the routing table, and broadcasts the changes in routing information that are received. The switching unit switches packets either to the main processor or to the respective line connection units. A plurality of forwarding tables are positioned in different corresponding ones of the plurality of line connection units, to copy, store and manage a part of the routing table. A plurality of forwarding processors are positioned in different corresponding ones of the plurality of line connection units, to transmit each packet to an output port, to determine whether the output port of a packet received from the switching unit is connected to either an external router or the switching unit, and to transmit each packet to the external router when the output port is connected to the external router, and discard any packet when the output port is connected to the switching unit.
    • 公开了一种分布式路由器,其能够减少由主处理器,多个线路连接单元和切换单元构成的分布式路由器的架构内的数据和信息分组的乒乓发生。 主处理器管理路由表,更新路由表,并广播接收的路由信息​​中的更改。 切换单元将分组切换到主处理器或相应的线路连接单元。 多个转发表位于多个线路连接单元中的不同相应的转接表中,以复制,存储和管理路由表的一部分。 多个转发处理器被定位在多个线路连接单元中的不同对应的转发处理器中,以将每个分组发送到输出端口,以确定从交换单元接收的分组的输出端口是连接到外部路由器还是外部路由器 交换单元,并且当输出端口连接到外部路由器时将每个数据包传输到外部路由器,并且当输出端口连接到交换单元时丢弃任何数据包。
    • 2. 发明授权
    • Controlling traffic congestion
    • 控制交通拥堵
    • US07447152B2
    • 2008-11-04
    • US11009713
    • 2004-12-13
    • Bong-Cheol KimByung-Gu ChoeYong-Seok Park
    • Bong-Cheol KimByung-Gu ChoeYong-Seok Park
    • H04L12/28H04L12/56
    • H04L47/10H04L47/215
    • An apparatus for controlling traffic congestion includes: a transmitting processor including a packet classifying unit adapted to classify packets to be processed in a receiving processor and packets to be forwarded via the transmitting processor, the transmitting processor and the receiving processor having different traffic processing speeds; a buffer adapted to store the packets to be forwarded from the packet classifying unit to the receiving processor; and the receiving processor including a token driver adapted to output the packets stored in the buffer in accordance with a token bucket algorithm in response to an interrupt signal of the transmitting processor and to transmit the packets to a corresponding application, and a monitoring unit adapted to analyze and monitor a resource occupancy rate and a traffic characteristic used by the token driver to set an amount of tokens.
    • 一种用于控制交通拥堵的装置,包括:发送处理器,包括:分组分类单元,用于对在接收处理器中要处理的分组进行分类;以及分组,经由所述发送处理器转发;所述发送处理器和所述接收处理器具有不同的业务处理速度; 缓冲器,用于存储要从分组分类单元转发到接收处理器的分组; 并且所述接收处理器包括令牌驱动器,所述令牌驱动器适于响应于所述发送处理器的中断信号,根据令牌桶算法输出存储在所述缓冲器中的数据包,并将所述数据包发送到对应的应用,以及监视单元, 分析和监视令牌驱动程序使用的资源占用率和流量特性来设置令牌数量。
    • 4. 发明申请
    • Processing broadcast data in a mobile ad-hoc network
    • 在移动自组织网络中处理广播数据
    • US20050078678A1
    • 2005-04-14
    • US10961181
    • 2004-10-12
    • Byoung-Chul KimYong-Seok ParkByung-Gu Choe
    • Byoung-Chul KimYong-Seok ParkByung-Gu Choe
    • H04L12/761H04L12/18H04L12/70H04J3/24
    • H04L12/1868H04L12/189H04W84/18
    • Processing broadcast data in a mobile Ad-hoc network includes: determining if all of the broadcast packets have been received using a Latest Broadcast Count Number (NBC) stored in a neighbor table within a buffer of a pertinent node and Broadcast Count Number (BC) contained in the broadcast packets received from a transmitting node upon receipt of broadcast packets transmitted from the transmitting node. The Broadcast Count Number (BC) of the received broadcast packet is compared with a buffer size of the pertinent node if all of the broadcast packets transmitted from the transmitting node have been received. A hello packet for flushing a buffer of the transmitting node is generated and transmitted to the transmitting node, the buffer of the pertinent node is flushed, and the neighbor table of the flushed buffer is updated, if the Broadcast Count Number (BC) of the received broadcast packet exceeds the buffer size.
    • 在移动Ad-hoc网络中处理广播数据包括:使用存储在相关节点的缓冲器内的邻居表和广播计数号(BC)中的最新广播计数号(NBC)来确定是否已经接收到所有广播分组, 包含在从发送节点接收到从发送节点发送的广播分组时接收的广播分组中。 如果已经接收到从发送节点发送的所有广播分组,则将所接收的广播分组的广播计数号(BC)与相关节点的缓冲器大小进行比较。 生成用于冲洗发送节点的缓冲器的hello数据包并将其发送到发送节点,相关节点的缓冲器被刷新,并且刷新的缓冲器的邻居表被更新,如果广播计数号(BC)为 收到的广播包超过缓冲区大小。
    • 7. 发明授权
    • Relaying broadcast packet in a mobile Ad-hoc network including flushing buffer if broadcast count number exceed buffer size
    • 如果广播计数超过缓冲区大小,则在移动Ad-hoc网络中中继广播分组,包括冲洗缓冲区
    • US07269147B2
    • 2007-09-11
    • US10961181
    • 2004-10-12
    • Byoung-Chul KimYong-Seok ParkByung-Gu Choe
    • Byoung-Chul KimYong-Seok ParkByung-Gu Choe
    • H04H1/00
    • H04L12/1868H04L12/189H04W84/18
    • Processing broadcast data in a mobile Ad-hoc network includes: determining if all of the broadcast packets have been received using a Latest Broadcast Count Number (NBC) stored in a neighbor table within a buffer of a pertinent node and Broadcast Count Number (BC) contained in the broadcast packets received from a transmitting node upon receipt of broadcast packets transmitted from the transmitting node. The Broadcast Count Number (BC) of the received broadcast packet is compared with a buffer size of the pertinent node if all of the broadcast packets transmitted from the transmitting node have been received. A hello packet for flushing a buffer of the transmitting node is generated and transmitted to the transmitting node, the buffer of the pertinent node is flushed, and the neighbor table of the flushed buffer is updated, if the Broadcast Count Number (BC) of the received broadcast packet exceeds the buffer size.
    • 在移动Ad-hoc网络中处理广播数据包括:使用存储在相关节点的缓冲器内的邻居表和广播计数号(BC)中的最新广播计数号(NBC)来确定是否已经接收到所有广播分组, 包含在从发送节点接收到从发送节点发送的广播分组时接收的广播分组中。 如果已经接收到从发送节点发送的所有广播分组,则将所接收的广播分组的广播计数号(BC)与相关节点的缓冲器大小进行比较。 生成用于冲洗发送节点的缓冲器的hello数据包并将其发送到发送节点,相关节点的缓冲器被刷新,并且刷新的缓冲器的邻居表被更新,如果广播计数号(BC)为 收到的广播包超过缓冲区大小。
    • 8. 发明授权
    • Apparatus for distributively processing BGP and method thereof
    • 用于分布式处理BGP的设备及其方法
    • US07330474B2
    • 2008-02-12
    • US10778391
    • 2004-02-17
    • Se-Woong MoonByung-Gu ChoeYong-Seok Park
    • Se-Woong MoonByung-Gu ChoeYong-Seok Park
    • H04L12/28
    • H04L45/02H04L45/58
    • In an apparatus for distributively processing a border gateway protocol (BGP) and a method thereof, a central processing unit does not process all tasks for processing the BGP, and distributed BGP processing units are formed in the central processing unit so that each distributed BGP processing unit manages TCP sessions with external BGP routers belonging to the distributed BGP processing unit. Information is internally transmitted in the distributed BGP processing units using a multicast scheme and a broadcast scheme so that loads can be distributed. The apparatus comprises a number of BGP routers existing externally, a BGP router corresponding to a server, and a number of distributed BGP processing units in the BGP router. The distributed BGP processing units only manage the BGP routers connected directly to each distributed BGP processing unit in accordance with an operator's policy. When each distributed BGP processing unit receives update information from the external BGP routers connected directly to it, it performs a filtering function for deciding whether or not a route is to be transmitted in accordance with an INPUT policy, a route-map function for a transmission path mapping, and a damping function for deciding whether or not the update information is to be transmitted in accordance with a threshold value when flapping occurs.
    • 在用于分布式处理边界网关协议(BGP)的装置及其方法中,中央处理单元不处理用于处理BGP的所有任务,并且在中央处理单元中形成分布式BGP处理单元,使得每个分布式BGP处理 单元管理属于分布式BGP处理单元的外部BGP路由器的TCP会话。 信息在分布式BGP处理单元内部使用多播方案和广播方案进行内部传输,从而可以分发负载。 该设备包括外部存在的多个BGP路由器,对应于服务器的BGP路由器,以及BGP路由器中的多个分布式BGP处理单元。 分布式BGP处理单元仅管理根据运营商策略直接连接到每个分布式BGP处理单元的BGP路由器。 当每个分布式BGP处理单元从直接连接的外部BGP路由器接收到更新信息时,执行一个过滤功能,用于根据INPUT策略确定路由是否要传输,一个传输的路由映射功能 路径映射和阻尼功能,用于在发生拍打时根据阈值来判定是否要发送更新信息。
    • 9. 发明申请
    • Distributed multi-protocol label switching router and managing labels therein
    • 分布式多协议标签交换路由器和管理标签
    • US20050198375A1
    • 2005-09-08
    • US10995429
    • 2004-11-24
    • Chul-Hoon HwangByung-Gu ChoeYong-Seok Park
    • Chul-Hoon HwangByung-Gu ChoeYong-Seok Park
    • H04L12/28G06F15/173H04L12/56H04L29/06
    • H04L45/507
    • A distributed multi-protocol label switching router determines whether at least one extra label exists in a local label pool having information on allocated labels stored therein and requests allocation of the labels in preset units in a switching control card in response to a determination that no extra labels exists in response to a label allocation request to establish at least one label switched path in a subscriber line card. The labels are allocated at a label pool have information on all labels capable of being allocated in a distributed multi-protocol label switching router stored in preset units therein in response to the label allocation request of the subscriber line card in the switching control card, and the information of the allocated labels is transmitted to the subscriber line card. A label pool in the subscriber line card is updated according to information of the allocated labels transmitted from the switching control card, and the labels are allocated in the updated label pool in response to the label allocation request in the subscriber line card.
    • 分布式多协议标签交换路由器确定在具有存储在其中的分配标签的信息的本地标签池中是否存在至少一个额外标签,并且响应于确定不存在额外的请求,请求在切换控制卡中以预设单位分配标签 响应于标签分配请求而存在标签,以在用户线路卡中建立至少一个标签交换路径。 标签在标签池处被分配,响应于切换控制卡中的用户线路卡的标签分配请求,具有能够分配在以预设单元存储的分布式多协议标签交换路由器中的所有标签的信息,以及 所分配的标签的信息被发送到用户线路卡。 根据从切换控制卡发送的分配标签的信息更新用户线路卡中的标签池,并且响应于用户线路卡中的标签分配请求,在更新的标签池中分配标签。