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    • 32. 发明申请
    • METHOD AND APPARATUS FOR CONTROLLING PACKET FORWARDING
    • 用于控制分组转发的方法和装置
    • US20090135822A1
    • 2009-05-28
    • US11915418
    • 2006-05-31
    • Jun HiranoChan Wah NgPek Yew TanTien-Ming Benjamin Koh
    • Jun HiranoChan Wah NgPek Yew TanTien-Ming Benjamin Koh
    • H04L12/56
    • H04W8/085H04W8/26H04W80/04H04W84/005
    • A technology is disclosed for reducing the number of encapsulations required when MAP forwards a packet to a mobile node which is layered within mobile networks, with mobile networks nested and multiple mobile routers chained behind MAP (Mobility Anchor Point). MAP 120 manages the binding information between RCoA and LCoA for each of lower-level nodes and grasps the prefixes of each of lower-level mobile routers, for example, the prefix of mobile network 104 of MR 140 or the prefix of mobile network 106 of MR 142. For example, MAP 120 informs MR 140 of the prefix of the mobile network 106 and the binding information between RCoA and LCoA. In this way, MR 140 can grasp a next forwarding destination of the packet transmitted from MAP 120 to MN 150, and the packet can be reached at MN 150 unless the packet is encapsulated multiple times.
    • 公开了一种技术,用于减少MAP将数据包转发到移动网络中分层的移动节点所需的封装数量,移动网络嵌套,多个移动路由器链接在MAP(移动锚点)之后。 MAP 120管理每个较低级别节点的RCoA和LCoA之间的绑定信息,并且掌握每个下级移动路由器的前缀,例如MR 140的移动网络104的前缀或移动网络106的前缀 MR 142.例如,MAP 120向MR 140通知移动网络106的前缀以及RCoA和LCoA之间的绑定信息。 以这种方式,MR 140可以抓住从MAP 120发送到MN 150的分组的下一个转发目的地,并且可以在MN 150到达分组,除非分组被多次封装。
    • 33. 发明申请
    • Overlay Network Node
    • 覆盖网络节点
    • US20100085915A1
    • 2010-04-08
    • US12527550
    • 2008-02-26
    • Jun HiranoChan Wah NgTien Ming Benjamin KohMohana Dhamayanthi JeyatharanPek Yew Tan
    • Jun HiranoChan Wah NgTien Ming Benjamin KohMohana Dhamayanthi JeyatharanPek Yew Tan
    • H04W4/00H04L12/56H04W84/02
    • H04W84/02H04L45/64H04W40/02
    • A technology is disclosed for actualizing route optimization on a network base, even when privacy-sensitive information, such as a position of a mobile node, is not revealed between two different networks. In the technology, a pHA 124 functions as a proxy home agent of a MN 130. When the pHA 124 receives a packet transmitted from the MN 130 (such as a packet destined for a MN 230), the pHA 124 transmits a query message inquiring about a current position to a home network 200 of the MN 230. In response to the query, a HA 220 gives notification of an address of a proxy home agent (pHA 224) in an overlay network to which the MN 230 is subscribing that is present nearest to the pHA 124. As a result, the pHA 124 sends the packet destined for the MN 230 to the pHA 224, and the packet is transmitted via the overlay network to which the MN 230 is subscribing.
    • 公开了用于实现网络基础上的路由优化的技术,即使在诸如移动节点的位置的隐私敏感信息在两个不同网络之间没有被显示的情况下也是如此。 在该技术中,pHA124用作MN 130的代理归属代理。当pHA 124接收到从MN 130发送的分组(诸如目的地为MN 230的分组)时,pHA 124发送询问消息 关于MN 230的家庭网络200的当前位置。响应于该查询,HA 220在MN 230正在订阅的覆盖网络中给出代理归属代理(pHA 224)的地址的通知, 出现最接近pHA 124.结果,pHA 124将去往MN 230的分组发送到pHA 224,并且分组经由MN 230正在订阅的覆盖网络传输。
    • 34. 发明申请
    • METHOD AND APPARATUS FOR CONTROLLING PACKET FORWARDING, AND COMMUNICATION MODE
    • 用于控制分组转发和通信模式的方法和装置
    • US20090316622A1
    • 2009-12-24
    • US11916023
    • 2006-05-31
    • Jun HiranoChan Wah NgPek Yew TanTien-Ming Benjamin Koh
    • Jun HiranoChan Wah NgPek Yew TanTien-Ming Benjamin Koh
    • H04W40/00H04L12/56
    • H04W40/02H04L45/36H04W8/085H04W80/04H04W84/005
    • A technology is disclosed for reducing the number of encapsulations required when MAP forwards a packet to a mobile node which is layered within mobile networks, with mobile networks nested and multiple mobile routers chained behind MAP (Mobility Anchor Point). When a node 420 with Address A wants to send a packet to a node 450 with Address D, the node with Address A inserts a list of immediate addresses into the packet. The list includes a node 430 with Address B and a node 440 with Address C, and the destination address of the packet is set to a next hop destination Address B. The node with Address B receives the packet and swaps the destination address with Address C described in the list of immediate addresses. Similarly, the node with Address C processes the same swapping process, and then the packet reaches the node with Address D.
    • 公开了一种技术,用于减少MAP将数据包转发到移动网络中分层的移动节点所需的封装数量,移动网络嵌套,多个移动路由器链接在MAP(移动锚点)之后。 当具有地址A的节点420想要向具有地址D的节点450发送分组时,具有地址A的节点将立即地址列表插入到分组中。 该列表包括具有地址B的节点430和具有地址C的节点440,并且分组的目的地地址被设置为下一跳目的地地址B.具有地址B的节点接收分组并与目的地地址交换地址C 在立即地址列表中描述。 类似地,具有地址C的节点处理相同的交换过程,然后分组到达具有地址D的节点。
    • 36. 发明申请
    • Hybrid Mobile Communication System Comprising Multi-Hop-Ad-Hoc and Circuit-Switched Modes
    • 包含多跳特征和电路交换模式的混合移动通信系统
    • US20080253340A1
    • 2008-10-16
    • US11721773
    • 2005-12-21
    • Jun HiranoChan Wah NgTien-Ming Benjamin KohPek Yew Tan
    • Jun HiranoChan Wah NgTien-Ming Benjamin KohPek Yew Tan
    • H04Q7/24
    • H04L12/66H04W76/19H04W84/18
    • According to the present invention, connection can be always maintained between the mobile node and the access router, and disruption of on-going transport session can be prevented by making effective use of two architectures (hierarchical and mesh architectures). The mobile nodes 1000-1, 1000-2 and 1000-3 are attached to the access router 1100-1. When the mobile node maintains link layer connectivity with the access router, it is in the hierarchical mode, whereas when the link layer connectivity is lost, it enters the mesh mode. In the mesh mode, the mobile node attempts to establish virtual link layer connectivity with the access router through other nodes by using mesh network protocol such as MANET. In the mesh mode, the packet is capsulated between the mobile node and the access router when the mobile node and the peer 1400-1 communicate with each other.
    • 根据本发明,可以在移动节点和接入路由器之间始终保持连接,并且可以通过有效地使用两种架构(分级和网格架构)来防止正在进行的传输会话的中断。 移动节点1000-1,1000-2和1000-3附接到接入路由器1100-1。 当移动节点保持与接入路由器的链路层连通性时,它处于分层模式,而当链路层连通性丢失时,它进入网状模式。 在网格模式中,移动节点通过使用诸如MANET之类的网状网络协议,尝试通过其他节点与接入路由器建立虚拟链路层连通性。 在网格模式下,当移动节点和对等体1400-1彼此通信时,分组在移动节点和接入路由器之间被封装。
    • 37. 发明授权
    • Radio communication terminal and network side communication apparatus
    • 无线通信终端和网络侧通信装置
    • US08270368B2
    • 2012-09-18
    • US12066061
    • 2006-09-08
    • Jun HiranoTien-Ming Benjamin KohChan Wah NgPek Yew TanTakashi Aramaki
    • Jun HiranoTien-Ming Benjamin KohChan Wah NgPek Yew TanTakashi Aramaki
    • H04W4/00H04B7/14H04B7/00
    • H04W36/0083H04W36/14H04W84/12H04W88/06
    • A technology is disclosed for achieving fast and reliable handover. According to this technology, in the network composition where a network coverage area of the cellular base station 105 and network coverage areas of plural WLAN AP (Wireless LAN access point) 110, 115, 120 and 130 overlaps, the roaming mobile node (mobile terminal) 100 stores the listened beacon information from each WLAN AP. The mobile node can promptly perform the handover procedures without waiting for listening to the next beacon by acquiring the beacon information of WLAN AP which is a handover target from the stored information at the instant of determining to do handover to a new WLAN AP. Furthermore, the mobile node can store information on stability of the network connection if it would be connected to each WLAN AP, and determine which WLAN AP is suitable for a handover target by considering the stability.
    • 公开了一种实现快速可靠的切换的技术。 根据该技术,在蜂窝基站105的网络覆盖区域和多个WLAN AP(无线LAN接入点)110,115,120,130的网络覆盖区域重叠的网络组合中,漫游移动节点(移动终端 )100存储来自每个WLAN AP的收听的信标信息。 移动节点可以在确定切换到新的WLAN AP的瞬间从存储的信息中获取作为切换目标的WLAN AP的信标信息,从而可以迅速地执行切换过程而不用等待下一个信标的收听。 此外,如果移动节点将连接到每个WLAN AP,则可以存储关于网络连接的稳定性的信息,并且通过考虑稳定性来确定哪个WLAN AP适合于切换目的地。
    • 38. 发明申请
    • Packet Communication Device
    • 分组通信设备
    • US20100027474A1
    • 2010-02-04
    • US12531469
    • 2008-03-13
    • Jun HiranoChan Wah NgTien Ming Benjamin KohPek Yew Tan
    • Jun HiranoChan Wah NgTien Ming Benjamin KohPek Yew Tan
    • H04W40/00
    • H04W8/14H04L45/00H04W8/082H04W60/005H04W80/04
    • A technique is disclosed, according to which a mobile node detects generation of redundant route optimization messages to an address owned by a node, which already recognizes and comprehends binding with a care-of address and a home address of the mobile node. According to this technique, a CN (correspondent node) 60 uses two addresses 134 and 136. When MN 50 executes route optimization procedure with the address 134 and transmits a BU (binding update) message 210 to register related information of a care-of address and a home address of its own, CN sends back information of another address 136 by putting it in a BA (binding acknowledgment) message 220. MN recognizes and comprehends that CN owns another address 136, and when route optimized communication with another address 136 is started, MN transmits a data packet 230 without performing return routability procedure or without transmitting the BU message.
    • 公开了一种技术,根据该技术,移动节点检测冗余路由优化消息的产生到由节点拥有的地址,该节点已经识别和理解与移动节点的转交地址和归属地址的绑定。 根据这种技术,CN(对应节点)60使用两个地址134和136.当MN 50用地址134执行路由优化过程并且发送BU(绑定更新)消息210以注册转交地址的相关信息 CN自身的归属地址,CN通过将其放在BA(绑定确认)消息220中来发回另一地址136的信息.MN识别并理解CN拥有另一地址136,并且当与另一地址136的路由优化通信是 开始,MN发送数据包230而不执行返回可路由程序或不发送BU消息。