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    • 1. 发明授权
    • Method for transmitting sensor data in sensor network including pair node
    • 在传感器网络中传输传感器数据的方法,包括对节点
    • US07768390B2
    • 2010-08-03
    • US11977548
    • 2007-10-24
    • Kyong-Hee LeeJae-Hong RuyBong-Soo KimCheol-Sig Pyo
    • Kyong-Hee LeeJae-Hong RuyBong-Soo KimCheol-Sig Pyo
    • G08B1/00H04Q1/30
    • G01D21/00H04W88/04
    • Provided is a method for transmitting sensing information in a wireless sensor network including a pair node. The method for transmitting sensing information in a wireless sensor network including a sink node, parent nodes, and sensor nodes set as pair nodes among sensor nodes connected to the parent nodes, includes the steps of: a) setting up predetermined sensor nodes in the same target area as pair nodes for transmitting and receiving sensing information to/from corresponding sensor nodes; b) at the pair nodes, transmitting first sensing information sensed by oneself to corresponding sensor nodes; c) at the sensor nodes, transmitting first sensing information sensed by oneself and second sensing information transmitted from corresponding pair nodes to the parent node; and d) at the parent node, transmitting the received first and second sensing information to the sink node at the same time.
    • 提供了一种用于在包括对节点的无线传感器网络中发送感测信息的方法。 用于在包括汇点节点,父节点和设置为连接到父节点的传感器节点之间的配对节点的传感器节点的无线传感器网络中传输感测信息的方法包括以下步骤:a)设置相同的预定传感器节点 目标区域作为用于向/从相应传感器节点发送和接收感测信息的对节点; b)在对节点处,将自己感测到的第一感测信息发送到相应的传感器节点; c)在传感器节点处,传送由自身感测的第一感测信息和从对应的对节点发送到父节点的第二感测信息; 和d)在父节点处,同时将接收到的第一和第二感测信息发送到汇聚节点。
    • 2. 发明申请
    • Method for transmitting sensor data in sensor network including pair node
    • 在传感器网络中传输传感器数据的方法,包括对节点
    • US20080136620A1
    • 2008-06-12
    • US11977548
    • 2007-10-24
    • Kyong-Hee LeeJae-Hong RuyBong-Soo KimCheol-Sig Pyo
    • Kyong-Hee LeeJae-Hong RuyBong-Soo KimCheol-Sig Pyo
    • H04Q1/30
    • G01D21/00H04W88/04
    • Provided is a method for transmitting sensing information in a wireless sensor network including a pair node. The method for transmitting sensing information in a wireless sensor network including a sink node, parent nodes, and sensor nodes set as pair nodes among sensor nodes connected to the parent nodes, includes the steps of: a) setting up predetermined sensor nodes in the same target area as pair nodes for transmitting and receiving sensing information to/from corresponding sensor nodes; b) at the pair nodes, transmitting first sensing information sensed by oneself to corresponding sensor nodes; c) at the sensor nodes, transmitting first sensing information sensed by oneself and second sensing information transmitted from corresponding pair nodes to the parent node; and d) at the parent node, transmitting the received first and second sensing information to the sink node at the same time.
    • 提供了一种用于在包括对节点的无线传感器网络中发送感测信息的方法。 用于在包括汇点节点,父节点和设置为连接到父节点的传感器节点之间的配对节点的传感器节点的无线传感器网络中传输感测信息的方法包括以下步骤:a)设置相同的预定传感器节点 目标区域作为用于向/从相应传感器节点发送和接收感测信息的对节点; b)在对节点处,将自己感测到的第一感测信息发送到相应的传感器节点; c)在传感器节点处,传送由自身感测的第一感测信息和从对应的对节点发送到父节点的第二感测信息; 和d)在父节点处,同时将接收到的第一和第二感测信息发送到汇聚节点。
    • 3. 发明申请
    • MATCHING SYSTEM AND METHOD FOR PREVENTING THE LOSS OF DATA BETWEEN LOW-POWER NETWORK AND NON-LOW-POWER NETWORK
    • 用于防止低功耗网络与非低功耗网络之间的数据丢失的匹配系统和方法
    • US20080129466A1
    • 2008-06-05
    • US11877784
    • 2007-10-24
    • Jae-Hong RuyBong-Soo KimCheol-Sig Pyo
    • Jae-Hong RuyBong-Soo KimCheol-Sig Pyo
    • G08B1/08
    • H04W16/14H04L47/10Y02D70/166Y02D70/26
    • There is provided a matching system for preventing the loss of data between a low-power network and a non-low-power network, the matching system including: an RF communication schedule management unit, installed in the low-power network side system, for managing a schedule of an RF communication period indicative of a data transmission period of the low-power network; a heterogeneous network communication schedule management unit, disposed in the non-low-power network side system, for creating a schedule to transmit data to the low-power network side system based on the RF communication period provided by the RF communication schedule management unit; and a heterogeneous network communication unit for transmitting the data to the low-power network side system depending on the schedule created by the heterogeneous network communication schedule management unit.
    • 提供了一种用于防止低功率网络和非低功率网络之间的数据丢失的匹配系统,所述匹配系统包括:安装在低功率网络侧系统中的RF通信进度管理单元,用于 管理指示低功率网络的数据传输周期的RF通信周期的调度; 设置在非低功率网络侧系统中的异构网络通信调度管理单元,用于基于由RF通信调度管理单元提供的RF通信期间,创建向低功率网络侧系统发送数据的调度; 以及用于根据异构网络通信调度管理单元创建的调度将数据发送到低功率网络侧系统的异构网络通信单元。
    • 5. 发明申请
    • MULTI-PATH ROUTING METHOD IN WIRELESS SENSOR NETWORK
    • 无线传感器网络中的多路径路由方法
    • US20100220653A1
    • 2010-09-02
    • US12682920
    • 2008-07-30
    • So-Young HwangBong-Soo KimCheol-Sig PyoJong-Suk ChaeMoon-Seong KimEui-Hoon JeongYoung-Cheol Bang
    • So-Young HwangBong-Soo KimCheol-Sig PyoJong-Suk ChaeMoon-Seong KimEui-Hoon JeongYoung-Cheol Bang
    • H04W4/00
    • H04W40/22H04L45/24H04W40/10H04W40/28H04W76/10Y02D70/166Y02D70/326Y02D70/39
    • A multi-path routing method is provided a multi-path routing method for selecting appropriate multiple paths when information sensed from a source node is transmitted to a sink node in wireless sensor networks. The source node for transmitting the sensed information first transmits a Hello message to the sink node to identify the existence and position of the sink node. The sink node receives the Hello message and then re-transmits the Hello message with respect to all the received Hello messages. Respective middle nodes accumulate distances between the middle nodes while the Hello message is transmitted to the source node through a reverse path of the Hello message, and all the middle nodes maintain a real distance from the sink node. The source node receiving all the Hello messages can rout a plurality of appropriate paths through Hop-by-hop to the sink node by providing respective weights to an energy remaining amount, an appropriate transmission radius and a real distance from the sink node. Accordingly, priorities can be provided to lifetime of the source node, average energy consumption and the shortest path by adjusting the respective weights when routing the plurality of paths. In addition, appropriate paths can be routed considering the transmission success rate of a path, and a load balancing effect can be obtained using path cost.
    • 提供多路径路由方法,用于当从源节点感知的信息被发送到无线传感器网络中的汇聚节点时,选择适当的多个路径的多路径路由方法。 用于发送感测信息的源节点首先向宿节点发送一个Hello消息,以识别宿节点的存在和位置。 汇聚节点接收到Hello消息,然后针对所有收到的Hello消息重新发送Hello消息。 各个中间节点累积中间节点之间的距离,而Hello消息通过Hello消息的反向路径发送到源节点,并且所有中间节点与sink节点保持实际距离。 接收所有Hello消息的源节点可以通过向能量节点提供相应的权重,从能量剩余量,适当的传输半径以及从宿节点的实际距离,逐跳跳过多个适当的路径。 因此,当路由多个路径时,可以通过调整相应权重来提供源节点的寿命,平均能量消耗和最短路径的优先级。 此外,考虑到路径的传输成功率,可以路由适当的路径,并且可以使用路径开销获得负载平衡效果。
    • 7. 发明申请
    • APPARATUS AND METHOD FOR COMMUNICATION IN WIRELESS SENSOR NETWORK
    • 无线传感器网络通信的装置和方法
    • US20110116414A1
    • 2011-05-19
    • US12808509
    • 2008-03-18
    • Eun-Ju LeeJae-Hong RyuByeong-Cheol ChoiBong-Wan KimBong-Soo KimCheol-Sig PyoJong-Suk Chae
    • Eun-Ju LeeJae-Hong RyuByeong-Cheol ChoiBong-Wan KimBong-Soo KimCheol-Sig PyoJong-Suk Chae
    • H04W4/00H04L12/28
    • H04W72/08H04W24/04H04W84/18
    • Provided are a bridge system, a network management server, and communication methods at the bridge system and the network management server for efficient communication in a wireless sensor network (WSN). The communication method at the network management server includes communicating with bridge systems connected with a plurality of radio frequency (RF) regions within a personal area network (PAN) composed of sensor nodes using the same wireless channel, in which radio signals of the sensor nodes within the PAN reach the bridge systems, searching for a new channel to be used and an alternative bridge system which is to perform a channel change into the new channel based on information about the bridge systems upon receipt of an association failure report message from an error bridge system which is reported of an association failure from the RF region from among the bridge systems, sending a channel change request message to the found alternative bridge system, and adjusting channel information for the found alternative bridge system to the new channel and replacing information about sensor nodes connected to the found alternative bridge system with information about sensor nodes that are newly connected with the found alternative bridge system through the new channel.
    • 提供桥接系统,网络管理服务器,桥接系统和网络管理服务器的通信方法,用于无线传感器网络(WSN)中的高效通信。 网络管理服务器的通信方法包括与使用相同无线信道的由传感器节点组成的个人区域网络(PAN)内的多个射频(RF)区域连接的桥接系统进行通信,其中传感器节点 在PAN内到达桥系统,搜索要使用的新信道和替代桥接系统,该桥接系统在从错误接收到关联故障报告消息时基于关于桥系统的信息来执行信道改变到新信道 报告了来自桥接系统中的RF区域的关联失败的桥接系统,向找到的替代桥接系统发送信道改变请求消息,以及将找到的替代网桥系统的信道信息调整到新信道,并替换关于 传感器节点连接到找到的替代桥接系统,其中包含有关传感器节点的信息 通过新渠道与找到的替代桥梁系统新连接。