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    • 1. 发明授权
    • System and method for selecting beacon transmission starting point in communication system
    • 通信系统中选择信标传输起点的系统和方法
    • US07450553B2
    • 2008-11-11
    • US10898234
    • 2004-07-26
    • Jong-hun ParkYong LiuMyung-jong LeeXu-hui Hu
    • Jong-hun ParkYong LiuMyung-jong LeeXu-hui Hu
    • H04Q7/24H04J3/00
    • H04W74/006H04W88/04
    • A system and method for selecting a starting point to transmit a beacon (BTSP) from a coordinator and a first node in a communication system. The communication system includes the coordinator, a first node group with at least one node having the first node which receives the beacon from the coordinator, and a second node group with at least one node having a second node which receives the beacon from the first node. The coordinator determines a beacon window size for the beacon transmission, selects the BTSP within the beacon window size, and transmits at the BTSP, the beacon containing information on the beacon window size and the BTSP. The first node selects its BTSP within the beacon window size so as not to overlap with the BTSP of the received beacon.
    • 一种用于从通信系统中的协调器和第一节点选择发送信标(BTSP)的起始点的系统和方法。 所述通信系统包括所述协调器,具有至少一个节点的第一节点组,所述节点具有从所述协调器接收所述信标的所述第一节点,以及具有至少一个节点的第二节点组,所述第二节点具有从所述第一节点接收所述信标的第二节点 。 协调器确定信标发送的信标窗口大小,在信标窗口大小内选择BTSP,并在BTSP发送包含信标窗口大小和BTSP信息的信标。 第一节点在信标窗口大小内选择其BTSP,以便不与接收的信标的BTSP重叠。
    • 3. 发明授权
    • Method for route recovery in wireless network of tree topology
    • 树型拓扑无线网络路由恢复方法
    • US07583592B2
    • 2009-09-01
    • US10910649
    • 2004-08-04
    • Jong-hun ParkYong LiuMyung-jong LeeXu-hui HuTae-kyung Kwon
    • Jong-hun ParkYong LiuMyung-jong LeeXu-hui HuTae-kyung Kwon
    • H04L12/26
    • H04L45/48H04L45/28H04W40/246H04W40/248
    • A route recovery method in a wireless network of a tree topology, in which a second node, which is a lower node of a first node and is disconnected from the first node, recovers the route in the network. The route recovery method includes the second node broadcasting a local repair request (LREQ) packet, each node receiving the LREQ packet sending a local repair reply (LREP) packet to the second node to act as a relay node for the route recovery, the second node selecting the relay node from among the nodes sending the LREP packet, and sending a local repair confirm (LCON) packet from the second node to the relay node, and establishing the route between the second node and the first node by the relay node sending a local repair inform (LINF) packet to the first node.
    • 树形拓扑的无线网络中的路由恢复方法,其中作为第一节点的下级节点并与第一节点断开连接的第二节点恢复网络中的路由。 路由恢复方法包括:第二节点广播本地修复请求(LREQ)分组,每个节点接收向第二节点发送本地修复应答(LREP)分组的LREQ分组,用作路由恢复的中继节点,第二节点 节点从发送LREP分组的节点中选择中继节点,以及从第二节点向中继节点发送本地修复确认(LCON)分组,并且由中继节点发送建立第二节点与第一节点之间的路由 本地修复通知(LINF)数据包到第一个节点。
    • 5. 发明申请
    • Efficient route update protocol for wireless sensor network
    • 无线传感器网络的高效路由更新协议
    • US20050157698A1
    • 2005-07-21
    • US10890402
    • 2004-07-14
    • Jong-hun ParkXu-hui HuMyung-jong Lee
    • Jong-hun ParkXu-hui HuMyung-jong Lee
    • H04L12/28H04L12/56
    • H04W40/248H04W40/38Y02D70/164
    • An apparatus and method thereof for route update for a communication system including a target, a sensor node collecting information of the target within a predetermined range, and a sink node receiving the information of the target from the sensor node through a first route built therebetween for target information transmission. The sensor node collects the information of the target, and broadcasts a routing request message when the information of the target is not received anymore. The information contained in the routing request message received from a first sensor node of a first sensor node on the first route is compared with the information contained in the routing request message received from a second sensor node of a second sensor node group at a predetermined distance from the first sensor node group. The first route is updated by using the sensor node selected based on the comparison.
    • 一种用于包括目标,传感器节点在预定范围内收集目标的信息的通信系统的路由更新的装置和方法,以及从传感器节点通过其间建立的第一路由接收目标信息的汇聚节点, 目标信息传输。 传感器节点收集目标的信息,并且当目标的信息不再被接收时,广播路由请求消息。 将从第一路由上的第一传感器节点的第一传感器节点接收到的路由请求消息中包含的信息与从第二传感器节点组的第二传感器节点以预定距离接收的路由请求消息中包含的信息进行比较 从第一个传感器节点组。 通过使用基于比较选择的传感器节点来更新第一条路线。
    • 6. 发明申请
    • Routing system and method in scatternet
    • 网络中的路由系统和方法
    • US20050007985A1
    • 2005-01-13
    • US10888024
    • 2004-07-12
    • Jong-hun ParkYong LiuMyung-jong Lee
    • Jong-hun ParkYong LiuMyung-jong Lee
    • H04L12/28H04L12/56H04Q7/24H04J3/24H04L12/66
    • H04W40/246H04L45/04H04W40/30H04W40/32
    • A routing requesting method to transmit data to a device of a different piconets in a scatternet including at least two piconets which have a master device and at least one slave device controlled by the master device. A source device generates as a single packet an information inquiring a first radio resource used in each device of the piconet and an information requesting the routing. The source device broadcasts the packet to adjacent devices. The adjacent device, which receives the generated packet, sends the packet to a destination device by repeating the above process. The destination device assigns itself the master device, generates a RREP message including a clock information, and sends the generated RREP message to an adjacent device. The source device becomes aware of devices along the route using the information contained in the RREP message.
    • 一种路由请求方法,用于向散域网中的不同微微网的设备发送数据,所述微网包括至少两个具有由主设备控制的主设备和至少一个从设备的微微网。 源设备生成询问在微微网的每个设备中使用的第一无线电资源的信息和请求路由的信息作为单个分组。 源设备将数据包广播到相邻设备。 接收生成的分组的相邻设备通过重复上述过程将分组发送到目的地设备。 目的设备自己分配主设备,生成包括时钟信息的RREP消息,并将生成的RREP消息发送给相邻设备。 源设备使用包含在RREP消息中的信息来了解沿着路由的设备。
    • 8. 发明授权
    • Routing system and method in scatternet
    • 网络中的路由系统和方法
    • US07656848B2
    • 2010-02-02
    • US10888024
    • 2004-07-12
    • Jong-hun ParkYong LiuMyung-jong Lee
    • Jong-hun ParkYong LiuMyung-jong Lee
    • H04J3/24
    • H04W40/246H04L45/04H04W40/30H04W40/32
    • A routing requesting method to transmit data to a device of a different piconets in a scatternet including at least two piconets which have a master device and at least one slave device controlled by the master device. A source device generates as a single packet an information inquiring a first radio resource used in each device of the piconet and an information requesting the routing. The source device broadcasts the packet to adjacent devices. The adjacent device, which receives the generated packet, sends the packet to a destination device by repeating the above process. The destination device assigns itself the master device, generates a RREP message including a clock information, and sends the generated RREP message to an adjacent device. The source device becomes aware of devices along the route using the information contained in the RREP message.
    • 一种路由请求方法,用于向散域网中的不同微微网的设备发送数据,所述微网包括至少两个具有由主设备控制的主设备和至少一个从设备的微微网。 源设备生成询问在微微网的每个设备中使用的第一无线电资源的信息和请求路由的信息作为单个分组。 源设备将数据包广播到相邻设备。 接收生成的分组的相邻设备通过重复上述过程将分组发送到目的地设备。 目的设备自己分配主设备,生成包括时钟信息的RREP消息,并将生成的RREP消息发送给相邻设备。 源设备使用包含在RREP消息中的信息来了解沿着路由的设备。