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    • 1. 发明公开
    • Farmland block management method and system using ubiquitous sensor networks
    • 使用UBIQUITOUS传感器网络的法拉曼管理方法和系统
    • KR20120070085A
    • 2012-06-29
    • KR20100131497
    • 2010-12-21
    • KOREA ELECTRONICS TELECOMMDONGAONE CO LTD
    • KANG HYUN JOONGLEE JUN WOOKKANG SUNG SOOCHAE JONG SUK
    • G06Q50/02
    • G06Q50/02
    • PURPOSE: A farmland block management method using a ubiquitous sensor network and system thereof are provided to group the created sub-section information by creating sub-section information by analyzing growing environment. CONSTITUTION: A data collection unit(120) collects growing environment information from a sensor installed in farmland. A sub-section management unit(150) creates sub-section information based on the collected growing environment information. A mature group management unit(160) creates a mature group by grouping the created sub-section information according to each mature information. The mature group management unit manages the created mature group. A data analysis unit(140) searches the basic data of the stored sub-section stored in a standard data management unit(180).
    • 目的:提供使用普遍存在的传感器网络及其系统的农田块管理方法,通过分析成长环境创建分段信息,对创建的子区段信息进行分组。 规定:数据收集单元(120)从安装在农田的传感器收集不断增长的环境信息。 子部分管理单元(150)基于所收集的生长环境信息创建子部分信息。 成熟组管理单元(160)通过根据每个成熟信息对创建的子部分信息进行分组来创建成熟组。 成熟的组管理单元管理创建的成熟组。 数据分析单元(140)搜索存储在标准数据管理单元(180)中的存储子部分的基本数据。
    • 3. 发明授权
    • INTEGRATED INTERFACE APPARATUS AND METHOD FOR VARIOUS SENSOR NETWORK
    • 用于各种传感器网络的集成接口装置和方法
    • KR100874652B1
    • 2008-12-17
    • KR20070063040
    • 2007-06-26
    • KOREA ELECTRONICS TELECOMMGALIM INFORMATION TECHNOLOGY
    • KIM MAL HEELEE KYOUNG WOOKWON HYE EUNPARK JO OSANGLEE YONG JOONPARK JONG HYUNCHAE JONG SUK
    • H04L12/28H04L12/66
    • H04L61/1541H04L29/12113H04L67/12H04L69/08
    • An integrated interface apparatus for heterogeneous sensor networks and a method thereof are provided to enable an application system to easily access various heterogeneous sensor networks, and increase availability of the sensor network infrastructure. An integrated interface apparatus for heterogeneous sensor networks comprises the followings: an application system interface mean(22) which converts a query command of an application system into a command for the sensor network according to the common message standard, and interprets a response message to the command for the sensor network to transmit it to the application system; and a sensor network interface mean(23) which converts the command for the sensor network according to properties of the corresponding sensor network to transmit it to the corresponding sensor network, and converts measurement data, measured in each sensor network, according to the standard data form defined previously to loads the converted data on the command for the sensor network and transmit it to the application system interface mean.
    • 提供了用于异构传感器网络的集成接口装置及其方法,以使得应用系统能够容易地访问各种异构传感器网络,并提高传感器网络基础设施的可用性。 用于异构传感器网络的集成接口装置包括:应用系统接口平均值(22),其根据公共消息标准将应用系统的查询命令转换为传感器网络的命令,并将响应消息解释为 传感器网络将其传送到应用系统的命令; 和传感器网络接口(23),其根据相应的传感器网络的属性转换传感器网络的命令,将其发送到对应的传感器网络,并根据标准数据转换在每个传感器网络中测量的测量数据 以前将定义的数据加载到传感器网络的命令上并将其传送到应用系统接口的意思。
    • 4. 发明公开
    • Active rfid tag and tracing method thereof
    • 有源RFID标签及其跟踪方法
    • KR20100096766A
    • 2010-09-02
    • KR20090015811
    • 2009-02-25
    • KOREA ELECTRONICS TELECOMM
    • MO SANG HYUNLEE JAE HEUMMYONG SEUNG ILYANG HOE SUNGLEE HEYUNG SUBCHAE JONG SUKCHA JONG SUBLEE KANG BOKSHIN DONG BEOM
    • H04B5/02H04W64/00
    • H04W4/008G06K19/0723H04W4/025
    • PURPOSE: An active wireless frequency recognition tag and a location searching method of the same are provided to transmit the sub blink ID information corresponding to the sequence of the sub blink with the sub blink when an active tag transmits the sub blink in a RTLS(Real Time Locating Systems) system, thereby easily performing location calculation by serial arrangement of sub blinks without comparing arrival time information of the sub blink one by one in location processor engine. CONSTITUTION: A location processor engine stores ID information of tag which sent a blink signal, sub blink ID information, and arrival time information of each sub blink(S402). The engine again groups information grouped per tag ID according to each sub blink ID(S404). If the arranged sub blinks are more than three, the engine calculates the location of active tag through the arrival time information of the sub blinks(S406,S408).
    • 目的:当有源标签在RTLS中发送子眨眼时,提供主动的无线频率识别标签和位置搜索方法来发送与子眨眼序列相对应的子眨眼ID信息与子眨眼(实时 时间定位系统)系统,从而通过串行排列子闪烁轻松执行位置计算,而不会在位置处理器引擎中逐个比较子闪烁的到达时间信息。 构成:位置处理引擎存储发送眨眼信号的标签的ID信息,子眨眼ID信息和每个子眨眼的到达时间信息(S402)。 引擎再次根据每个子眨眼ID对每个标签ID分组信息(S404)。 如果配置的子闪烁超过三次,则发动机通过子闪烁的到达时间信息来计算活动标签的位置(S406,S408)。
    • 9. 发明公开
    • SYNCHRONIZATION METHOD BETWEEN READER AND TAG
    • 读者和标签之间的同步方法
    • KR20090065482A
    • 2009-06-22
    • KR20090017908
    • 2009-03-03
    • KOREA ELECTRONICS TELECOMM
    • KIM HYUN SEOKCHOI SU NALEE HEYUNG SUBSEONG NAK SEONPYO CHEOL SIGCHAE JONG SUK
    • G06K17/00H04B5/02
    • G06K7/016
    • A synchronization method between a reader and a tag are provided to accurately perform the synchronization between a reader and a tag based on the calculation of both clock offset and message delay between the reader and the tag. A reader transmits a first write instruction message to a tag at first time(111), and the tag detects the first write instruction message from the reader at a second time. The tag transmits a first response message corresponding to the first write instruction message to the reader(112), and the reader the second write instruction message including time information for the first time to the tag(113). The tag corrects clock offset by using the difference between the first and second times.
    • 提供读取器和标签之间的同步方法,以便基于读取器和标签之间的时钟偏移和消息延迟的计算来精确地执行读取器和标签之间的同步。 读取器在第一时间向标签发送第一写指令消息(111),并且标签在第二时间从读取器检测第一写指令消息。 标签将与第一写入指令消息相对应的第一响应消息发送到读取器(112),并且读取器将包含第一次的时间信息的第二写入指令消息发送到标签(113)。 标签通过使用第一次和第二次之间的差异来校正时钟偏移。