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    • 1. 发明申请
    • METHOD FOR PROVIDING MOBILITY TO MOBILE NODE IN PACKET TRANSPORT NETWORK, PACKET TRANSPORT NETWORK SYSTEM AND GATEWAY SWITCH
    • 分组运输网络中的移动节点移动性的方法,分组传输网络系统和网关开关
    • US20100157963A1
    • 2010-06-24
    • US12559544
    • 2009-09-15
    • Chang Ho CHOIYong Wook RaBheom Soon JooByung Jun Ahn
    • Chang Ho CHOIYong Wook RaBheom Soon JooByung Jun Ahn
    • H04W88/16H04W40/00H04L12/56
    • H04W36/0011H04L12/4633H04L12/66
    • A method for providing mobility of a mobile node in a packet transport network, and a packet transport network system are provided. The packet transport network system includes a plurality of gateway switches configured in a plurality of packet transport access networks to connect a packet transport core network and transmit/receive a packet to/from a certain terminal via a certain access switch. When the certain terminal moves, each gateway switch updates a tunnel mapping and management table according to the movement of the certain terminal, allocates a pre-set tunnel by using information included in the tunnel mapping and management table, and transmits/receives a packet to/from a counterpart terminal via the allocated tunnel. Thus, a packet loss and delay due to the influence of handover occurring when the mobile node moves between networks can be minimized and the handover procedure can be simplified.
    • 提供了一种用于提供分组传输网络中的移动节点的移动性的方法,以及分组传输网络系统。 分组传输网络系统包括配置在多个分组传输接入网络中的多个网关交换机,以连接分组传输核心网络,并经由某个接入交换机向/从某个终端发送/接收分组。 当特定终端移动时,每个网关交换机根据特定终端的移动更新隧道映射和管理表,通过使用隧道映射和管理表中包含的信息分配预设隧道,并发送/接收一个数据包 /从配对终端经由分配的隧道。 因此,当移动节点在网络之间移动时由于发生的切换的影响而导致的分组丢失和延迟可以被最小化,并且可以简化切换过程。
    • 4. 发明申请
    • APPARATUS AND METHOD FOR TRANSFERRING A PACKET
    • 用于传送分组的装置和方法
    • US20120201128A1
    • 2012-08-09
    • US13501298
    • 2010-10-12
    • Bheom Soon Joo
    • Bheom Soon Joo
    • H04L12/26H04L12/24H04L12/56
    • H04L12/56H04L45/12H04L45/22H04L45/28
    • A packet transferring apparatus and method that may be applied to all packet systems operated on a packet transport network, to ensure the same level of reliability and availability as a circuit network. A path providing unit may acquire packet transfer path information regarding a packet transfer path from a transport network, and a subscriber interface unit may generate transport packet data by adding the packet transfer path information to packet data received from a subscriber network and may output the transport packet data. A packet switch may switch the transport packet data inputted from the subscriber interface unit, and a network interface unit may transmit the transport packet data switched by the packet switch, to the transport network along the packet transfer path.
    • 一种分组传送装置和方法,可以应用于在分组传输网络上操作的所有分组系统,以确保与电路网络相同的可靠性和可用性水平。 路径提供单元可以从传输网络获取关于分组传送路径的分组传送路径信息,并且用户接口单元可以通过将分组传送路径信息添加到从用户网络接收的分组数据来生成传输分组数据,并且可以输出传输 分组数据。 分组交换机可以切换从用户接口单元输入的传输分组数据,并且网络接口单元可以将分组交换机切换的传输分组数据沿分组传送路径发送到传输网络。
    • 6. 发明授权
    • Data receiving apparatus capable of compensating for reduced timing margin caused by inter-symbol interference and method thereof
    • 能够补偿由符号间干扰引起的缩小定时裕度的数据接收装置及其方法
    • US07623593B2
    • 2009-11-24
    • US11181627
    • 2005-07-13
    • Tae-Sik CheungDae-Ub KimBheom-Soon JooHae-Won Jung
    • Tae-Sik CheungDae-Ub KimBheom-Soon JooHae-Won Jung
    • H04L25/06
    • H04L25/03012H04L25/061
    • Provided are a data receiving apparatus that can determine data by adjusting a reference level for determining a logic value of inputted data based on Inter-Symbol Interference in a data signal inputted through a transmission line, and receive the data without errors by compensating for timing margin decrease caused by the inter-symbol interference, and a method thereof. The apparatus includes: a reference generator for monitoring the level of an inputted data signal or generating reference levels according to an external control command; a comparator for comparing the inputted data with the reference levels and determining logic values of the inputted data; a selector for selecting the logic values of the inputted data as a valid logic value; and a selection controller for monitoring the valid logic value of the selector, transmitting a selection control signal to the selector, and controlling a process for selecting the valid logic value.
    • 提供了一种数据接收装置,其可以通过基于通过传输线输入的数据信号中的符号间干扰来调整用于确定输入数据的逻辑值的参考电平来确定数据,并且通过补偿定时裕度来接收数据而没有错误 由符号间干扰引起的减少及其方法。 该装置包括:参考发生器,用于监视输入数据信号的电平或根据外部控制命令产生参考电平; 比较器,用于将输入的数据与参考电平进行比较,并确定输入的数据的逻辑值; 用于选择输入数据的逻辑值作为有效逻辑值的选择器; 以及选择控制器,用于监视选择器的有效逻辑值,向选择器发送选择控制信号,以及控制用于选择有效逻辑值的处理。
    • 7. 发明授权
    • Apparatus for providing system clock synchronized to a network universally
    • 用于提供与网络普遍同步的系统时钟的装置
    • US07308062B2
    • 2007-12-11
    • US10927412
    • 2004-08-25
    • Bheom Soon JooJae Jeong LeeHae Won JungYoung Sun Kim
    • Bheom Soon JooJae Jeong LeeHae Won JungYoung Sun Kim
    • H04L7/00
    • H04L7/0012
    • Provided is an apparatus for providing a system clock synchronized to a network universally. The apparatus includes a network synchronization reference signal generating unit that outputs a reference signal for network synchronization; a network synchronization controller that generates a first control voltage that allows a first clock pulse to be in synchronization with the reference signal for network synchronization; an OVCXO that generates the first clock pulse by application of the first control voltage; a system synchronization reference signal generator that generates reference signals for system synchronization; a system synchronization controller that generates a second control voltage that allows the system clock to be in synchronization with the reference signal for system synchronization; a VCO that generates a second clock pulse by application of the second control voltage; and a system clock generator that outputs the system clock. Accordingly, it is possible to apply to systems requiring network synchronization.
    • 提供了一种用于提供与网络普遍同步的系统时钟的装置。 该装置包括:网络同步参考信号生成单元,输出用于网络同步的参考信号; 网络同步控制器,其产生允许第一时钟脉冲与用于网络同步的参考信号同步的第一控制电压; OVCXO,其通过施加第一控制电压产生第一时钟脉冲; 产生用于系统同步的参考信号的系统同步参考信号发生器; 系统同步控制器,其产生允许系统时钟与用于系统同步的参考信号同步的第二控制电压; VCO,其通过施加第二控制电压产生第二时钟脉冲; 以及输出系统时钟的系统时钟发生器。 因此,可以应用于需要网络同步的系统。
    • 8. 发明申请
    • Method and system for user-friendly forwarding entry management based on inter-process communication
    • 基于进程间通信的用户友好转发入口管理方法和系统
    • US20090106773A1
    • 2009-04-23
    • US12157524
    • 2008-06-11
    • Won-kyoung LeeJae-woo ParkYoung-sik ChungBheom-soon Joo
    • Won-kyoung LeeJae-woo ParkYoung-sik ChungBheom-soon Joo
    • G06F9/46
    • G06F13/4022
    • A method and system for user-friendly forwarding entry management based on inter-process communication (IPC) is provided. The system includes a function input unit inputting a command for forwarding entry management; and an automated process unit verifying parameters included in the function to create a user table, extracting information for creating a forwarding entry management table from the user table, and outputting a forwarding entry management message including the extracted information. The method includes inputting a command for forwarding entry management; verifying parameters included in the command; creating a user table using the parameters if the verification is successful; extracting information for creating a forwarding entry management table from the user table; and outputting a forwarding entry management message including the extracted information.
    • 提供了一种基于进程间通信(IPC)的用户友好转发入口管理的方法和系统。 该系统包括输入用于转发入口管理的命令的功能输入单元; 以及自动处理单元,其验证包括在功能中的参数以创建用户表,从用户表提取用于创建转发条目管理表的信息,以及输出包括提取的信息的转发条目管理消息。 该方法包括输入用于转发入口管理的命令; 验证命令中包含的参数; 如果验证成功,则使用参数创建用户表; 从用户表提取用于创建转发条目管理表的信息; 并输出包括提取的信息的转发条目管理消息。
    • 9. 发明授权
    • Method for discovering topology in Ethernet network
    • 在以太网中发现拓扑的方法
    • US07450525B2
    • 2008-11-11
    • US11229266
    • 2005-09-15
    • Myung-Hee SonBheom-Soon JooHae-Won Jung
    • Myung-Hee SonBheom-Soon JooHae-Won Jung
    • H04L12/28G06F15/173
    • H04L41/12H04L41/0213H04L45/02H04L45/48
    • Provided is a topology discovery method for an Ethernet network that can effectively discover a physical topology with respect to the Ethernet network of a mesh structure without developing and using a separate control protocol. The topology discovery method in an Ethernet network includes the steps of: acquiring an interface management information base (MIB) and a bridge MIB; defining and storing information for discovering a physical topology; discovering an edge bridge that divides a boundary between a bridge network and a host network; discovering the physical topology with respect to the bridge network by using the schema; discovering the connection relationship with the host network by using an address learning address forwarding table (AFT) with respect to the edge bridge included in the bridge network; and outputting the connection relationship of the bridge network and the host network as a graph.
    • 提供了一种用于以太网的拓扑发现方法,其可以有效地发现相对于网状结构的以太网的物理拓扑,而不开发和使用单独的控制协议。 以太网中的拓扑发现方法包括以下步骤:获取接口管理信息库(MIB)和桥接MIB; 定义和存储用于发现物理拓扑的信息; 发现划分桥接网络和主机网络之间边界的边缘网桥; 通过使用模式发现相对于网络网络的物理拓扑; 通过使用包括在桥网络中的边缘网桥的地址学习地址转发表(AFT)来发现与主机网络的连接关系; 并作为图形输出桥接网络和主机网络的连接关系。
    • 10. 发明申请
    • Ethernet port apparatus supporting multiple media, media managing method therefor, and switching system using the same
    • 支持多媒体的以太网端口设备,其媒体管理方法以及使用该媒体的交换系统
    • US20060120394A1
    • 2006-06-08
    • US11120669
    • 2005-05-02
    • Dae-Ub KimTae-Sik CheungBheom-Soon JooHae--Won Jung
    • Dae-Ub KimTae-Sik CheungBheom-Soon JooHae--Won Jung
    • H04J3/16H04J3/22H04L12/56H04L12/28
    • H04L49/351H04L49/40H04L69/18
    • Provided is an Ethernet port apparatus supporting multiple physical media, a physical medium managing method, and a switching system using the same. The Ethernet port apparatus of the present research can use and manage multiple transmission media by freely selecting and exchanging the transmission media in a system using an Ethernet port. The Ethernet port apparatus supporting multiple physical media, which includes: a main board unit for supporting hot swap and power supply; a detachable physical medium-based sub-board unit for generating a control signal, transmitting the control signal to the main board means, performing a transceiving function suitable for the desired physical medium; and a physical medium support fixing unit for transmitting variable power, a power control signal, a physical medium control signal, a physical medium state information, and physical medium-dependent bitstream between the main board unit and the sub-board unit.
    • 提供了支持多个物理介质的以太网端口设备,物理介质管理方法以及使用该物理介质管理方法的交换系统。 本研究的以太网端口设备可以通过在使用以太网端口的系统中自由选择和交换传输介质来使用和管理多个传输介质。 支持多种物理介质的以太网端口设备,包括:支持热插拔和电源的主板单元; 用于产生控制信号的可拆卸物理介质的子板单元,将控制信号发送到主板装置,执行适合于所需物理介质的收发功能; 以及用于在主板单元和子板单元之间传输可变功率的物理介质支持固定单元,功率控制信号,物理介质控制信号,物理介质状态信息和物理介质依赖比特流。