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    • 2. 发明授权
    • Method and apparatus for assigning a memory to multi-processing unit
    • 将存储器分配给多处理单元的方法和装置
    • US08661207B2
    • 2014-02-25
    • US12546303
    • 2009-08-24
    • Bup Joong KimHak Suh KimWoo Young ChoiByung Jun Ahn
    • Bup Joong KimHak Suh KimWoo Young ChoiByung Jun Ahn
    • G06F13/00G06F13/28G06F9/26G06F9/34
    • G06F12/02G06F9/4403
    • A memory mapping apparatus for a multi-processing unit includes at least one memory matching unit configured to perform matching between a plurality of processing units and a plurality of memories, a memory controller configured to perform access control and arbitration for the respective memories, a memory mapping unit configured to include a window map for the respective processing units, make correspond the memories to the respective processing units with reference to the window map, and assign part of the entire address region of the corresponding memory, and a window map change unit configured to change a window map for a processing unit in which a request to use the memory has occurred in response to a request to use the memory from any one of the processing units.
    • 一种用于多处理单元的存储器映射装置,包括:至少一个存储器匹配单元,被配置为执行多个处理单元与多个存储器之间的匹配;存储器控制器,被配置为对各个存储器执行访问控制和仲裁;存储器 配置为包括各个处理单元的窗口映射的映射单元,使参考窗口映射将存储器对应到各个处理单元,并且分配相应存储器的整个地址区域的一部分,以及配置的窗口映射改变单元 响应于来自任何一个处理单元的使用存储器的请求,改变其中已经发生使用存储器的请求的处理单元的窗口图。
    • 4. 发明申请
    • METHOD AND APPARATUS FOR ASSIGNING A MEMORY TO MULTI-PROCESSING UNIT
    • 用于分配多处理单元的存储器的方法和装置
    • US20100077193A1
    • 2010-03-25
    • US12546303
    • 2009-08-24
    • Bup Joong KimHak Suh KimWoo Young ChoiByung Jun Ahn
    • Bup Joong KimHak Suh KimWoo Young ChoiByung Jun Ahn
    • G06F12/02G06F9/00
    • G06F12/02G06F9/4403
    • A memory mapping apparatus for a multi-processing unit includes at least one memory matching unit configured to perform matching between a plurality of processing units and a plurality of memories, a memory controller configured to perform access control and arbitration for the respective memories, a memory mapping unit configured to include a window map for the respective processing units, make correspond the memories to the respective processing units with reference to the window map, and assign part of the entire address region of the corresponding memory, and a window map change unit configured to change a window map for a processing unit in which a request to use the memory has occurred in response to a request to use the memory from any one of the processing units.
    • 一种用于多处理单元的存储器映射装置,包括:至少一个存储器匹配单元,被配置为执行多个处理单元与多个存储器之间的匹配;存储器控制器,被配置为对各个存储器执行访问控制和仲裁;存储器 配置为包括各个处理单元的窗口映射的映射单元,使参考窗口映射将存储器对应到各个处理单元,并且分配相应存储器的整个地址区域的一部分,以及配置的窗口映射改变单元 响应于来自任何一个处理单元的使用存储器的请求,改变其中已经发生使用存储器的请求的处理单元的窗口图。
    • 7. 发明授权
    • Packet-optical integrated switch without optical transponder
    • 分组光集成开关,无光发送应答器
    • US08351784B2
    • 2013-01-08
    • US12628983
    • 2009-12-01
    • Hong Ju KimHyun Woo ChoJi Wook YounHyun Jae LeeBup Joong KimSun Me KimByung Jun Ahn
    • Hong Ju KimHyun Woo ChoJi Wook YounHyun Jae LeeBup Joong KimSun Me KimByung Jun Ahn
    • H04J14/00
    • H04Q11/0005H04J14/0212H04J14/0227H04J14/0256H04L49/352H04L49/357
    • A packet-optical integrated switch without an optical transponder, includes: a packet line card configured to output an Ethernet packet signal to a pre-set output port; a packet switch fabric configured to transfer the packet signal from the packet line card to the output port previously set in a destination address included in the packet signal; a 10 gigabit Ethernet (10 GbE)/optical transport unit level 2 (OTU2) integrated line card configured to convert the packet signal from the packet switch fabric into an OTU2 optical signal having a pre-set wavelength; and a wavelength selection switch fabric configured to allocate the optical signal from the 10 GbE/OTU2 integrated line card to a pre-set wavelength division multiplexing (WDM) port by pre-set wavelength to exchange the optical signal to each port by wavelength, wherein the packet line card, the packet switch fabric, the 10 GbE/OTU2 integrated line card, and the wavelength selection switch fabric perform the reverse operations of the process, respectively.
    • 一种没有光转发器的分组光集成交换机,包括:配置成将以太网分组信号输出到预设输出端口的分组线卡; 分组交换结构,被配置为将分组信号从分组线卡传送到预先设置在分组信号中包括的目的地地址中的输出端口; 配置为将分组交换结构的分组信号转换为具有预设波长的OTU2光信号的10吉比特以太网(10GbE)/光传输单元级2(OTU2)集成线路卡; 以及波长选择交换结构,被配置为通过预定波长将来自10GbE / OTU2集成线路卡的光信号分配给预定波分复用(WDM)端口,以通过波长将光信号交换到每个端口,其中 分组线卡,分组交换结构,10GbE / OTU2集成线路卡和波长选择交换机结构分别执行该过程的反向操作。
    • 9. 发明申请
    • PACKET-OPTICAL INTEGRATED SWITCH WITHOUT OPTICAL TRANSPONDER
    • PACKET-OPTICAL INTEGRATED SWITCH无光学传输器
    • US20100135659A1
    • 2010-06-03
    • US12628983
    • 2009-12-01
    • Hong Ju KIMHyun Woo ChoJi Wook YounHyun Jae LeeBup Joong KimSun Me KimByung Jun Ahn
    • Hong Ju KIMHyun Woo ChoJi Wook YounHyun Jae LeeBup Joong KimSun Me KimByung Jun Ahn
    • H04J14/00H04J14/02H04L12/56
    • H04Q11/0005H04J14/0212H04J14/0227H04J14/0256H04L49/352H04L49/357
    • A packet-optical integrated switch without an optical transponder, includes: a packet line card configured to output an Ethernet packet signal to a pre-set output port; a packet switch fabric configured to transfer the packet signal from the packet line card to the output port previously set in a destination address included in the packet signal; a 10 gigabit Ethernet (10 GbE)/optical transport unit level 2 (OTU2) integrated line card configured to convert the packet signal from the packet switch fabric into an OTU2 optical signal having a pre-set wavelength; and a wavelength selection switch fabric configured to allocate the optical signal from the 10 GbE/OTU2 integrated line card to a pre-set wavelength division multiplexing (WDM) port by pre-set wavelength to exchange the optical signal to each port by wavelength, wherein the packet line card, the packet switch fabric, the 10 GbE/OTU2 integrated line card, and the wavelength selection switch fabric perform the reverse operations of the process, respectively.
    • 一种没有光转发器的分组光集成交换机,包括:配置成将以太网分组信号输出到预设输出端口的分组线卡; 分组交换结构,被配置为将分组信号从分组线卡传送到预先设置在分组信号中包括的目的地地址中的输出端口; 配置为将分组交换结构的分组信号转换为具有预设波长的OTU2光信号的10吉比特以太网(10GbE)/光传输单元级2(OTU2)集成线路卡; 以及波长选择交换结构,被配置为通过预定波长将来自10GbE / OTU2集成线路卡的光信号分配给预定波分复用(WDM)端口,以通过波长将光信号交换到每个端口,其中 分组线卡,分组交换结构,10GbE / OTU2集成线路卡和波长选择交换机结构分别执行该过程的反向操作。
    • 10. 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。