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    • 1. 发明申请
    • SWITCHING MATRIX FOR INTERCONNECTING AN ACCESS NETWORK AND OPERATOR NETWORKS
    • 用于互连网络和操作员网络的交换矩阵
    • WO2011157304A1
    • 2011-12-22
    • PCT/EP2010/060134
    • 2010-07-14
    • TELEFONAKTIEBOLAGET L M ERICSSON (PUBL)BALDINI, LucaLISTANTI, Marco
    • BALDINI, LucaLISTANTI, Marco
    • H04L12/56H04Q3/68
    • H04L49/1515H04L49/25H04L49/253H04L49/254H04Q3/68H04Q2213/1301H04Q2213/1302H04Q2213/1304H04Q2213/13298
    • A switching matrix (30) connects to an access network (10) and a set of at least two operator networks (41). A controller (51) performs a method of establishing new connections across the switching matrix (30) in response to new connection requests. The new connection requests involve a sub-set of the set of operator networks. The controller determines (103) if the new connections can be established across the switching matrix by rearranging only existing connections across the switching matrix to the sub-set of operator networks and, in response, establishes (104) the at least one new connection. Otherwise, the controller rearranges (105) existing connections across the switching matrix to at least one other of the set of operator networks to establish the new connections. The controller (51) minimises the number of other operator networks which are involved when rearranging existing connections. The switching matrix can be a Clos switching matrix.
    • 交换矩阵(30)连接到接入网络(10)和一组至少两个运营商网络(41)。 控制器(51)响应于新的连接请求执行跨越交换矩阵(30)建立新连接的方法。 新的连接请求涉及一组运营商网络的子集。 控制器确定(103)如果通过将仅跨过交换矩阵的现有连接重排到运营商网络的子集合上,跨连接矩阵可以建立新的连接,并且响应地建立(104)至少一个新的连接。 否则,控制器将跨越交换矩阵的现有连接重新排列(105)到该组运营商网络中的至少另一个以建立新的连接。 控制器(51)最小化重新排列现有连接时所涉及的其他运营商网络的数量。 开关矩阵可以是Clos开关矩阵。
    • 5. 发明申请
    • PACKET FORWARDING NODE
    • 分组转发节点
    • WO2011072748A1
    • 2011-06-23
    • PCT/EP2009/067483
    • 2009-12-18
    • TELEFONAKTIEBOLAGET LM ERICSSON (PUBL)TESTA, PatriziaGERMONI, AngeloLISTANTI, MarcoSABELLA, Roberto
    • TESTA, PatriziaGERMONI, AngeloLISTANTI, MarcoSABELLA, Roberto
    • H04L12/413H04L12/427
    • H04L12/2852H04L12/42H04L45/38
    • A packet forwarding node (20) of a transport network (10) performs a first packet forwarding mode in which received packets (51) are processed and forwarded on a per- packet basis. The forwarding node performs a second packet forwarding mode when the node identifies a group (50) of consecutive packets (51). The group of packets are destined for the same destination node of the transport network (10). The second packet forwarding mode comprises determining a forwarding treatment for the group of packets (51) and forwarding the group of packets with the determined treatment. The forwarding is performed without processing the headers (52) of at least some of the packets in the group. The group (50) of consecutive packets (51) is identified by a control packet (60) preceding the group (50) or by inter-packet signalling (53) which indicates that the packet before the inter-packet signalling and the packet after the inter-packet signalling are to be treated as part of the same group. Packets which are determined to be received on transit channels can be forwarded without processing headers of individual packets.
    • 传输网络(10)的分组转发节点(20)执行第一分组转发模式,其中接收的分组(51)以每个分组为基础进行处理和转发。 当节点识别连续分组(50)的组(50)时,转发节点执行第二分组转发模式。 该分组组目的地是传输网络(10)的相同目的地节点。 第二分组转发模式包括确定用于所述分组组(51)的转发处理并且转发具有所确定的处理的分组组。 在不处理组中的至少一些分组的报头(52)的情况下执行转发。 连续分组(51)的组(50)由组(50)之前的控制分组(60)或分组间信令(53)标识,指示分组间信令之前的分组和分组后的分组 分组间信令将被视为同一组的一部分。 确定要在转接信道上接收的数据包可以转发,而无需处理各个数据包的报头。