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    • 81. 发明授权
    • Passive RFID reader and operation control method therefor
    • 被动RFID阅读器及其操作控制方法
    • US08653946B2
    • 2014-02-18
    • US11746306
    • 2007-05-09
    • Ji-Hoon BaeHee-Sook MoDong-Han LeeCheng-Hao QuanChan-Won ParkGil-Young ChoiCheol-Sig PyoJong-Suk Chae
    • Ji-Hoon BaeHee-Sook MoDong-Han LeeCheng-Hao QuanChan-Won ParkGil-Young ChoiCheol-Sig PyoJong-Suk Chae
    • H04Q5/22
    • G06K7/0008G06K7/10356H04W74/08
    • Provided is a Radio Frequency Identification (RFID) reader that can minimize collision among RFID readers in an environment where there are a plurality of RFID readers within a limited operating environment by making each RFID reader select a channel at different delay time based on a random value, and a method for controlling operation of the RFID reader. The RFID reader includes a random value generating unit; a reader control unit for adaptively deciding a counter value for generating the random value; an anti-collision unit for preventing collision among a plurality of tags; a reader transmitting unit for generating a reader command message determined by the anti-collision unit, encoding the reader command message, and modulating the reader command message; a reader receiving unit for demodulating and decoding a tag signal; and a channel operation control unit for selecting a channel to be used for the communication with the tag.
    • 提供了一种射频识别(RFID)读取器,其可以在有限操作环境中存在多个RFID读取器的环境中最小化RFID读取器之间的冲突,使得每个RFID读取器基于随机值在不同的延迟时间选择信道 以及用于控制RFID读取器的操作的方法。 RFID读取器包括随机值生成单元; 读取器控制单元,用于自适应地确定用于生成随机值的计数器值; 用于防止多个标签之间的碰撞的防碰撞单元; 读取器发送单元,用于生成由反冲突单元确定的读取器命令消息,对读取器命令消息进行编码,以及调制读取器命令消息; 读取器接收单元,用于解调和解码标签信号; 以及频道操作控制单元,用于选择要用于与标签进行通信的频道。
    • 87. 发明授权
    • Mobile RFID reader and control method thereof
    • 移动RFID阅读器及其控制方法
    • US07982584B2
    • 2011-07-19
    • US11526517
    • 2006-09-25
    • Ji-Hoon BaeHee-Sook MoDong-Han LeeChan-Won ParkGil-Young ChoiCheol-Sig PyoJong-Suk Chae
    • Ji-Hoon BaeHee-Sook MoDong-Han LeeChan-Won ParkGil-Young ChoiCheol-Sig PyoJong-Suk Chae
    • H04Q5/22
    • H04B5/0062H04B17/318H04L1/0001H04L1/0025H04L1/0057H04L1/1607
    • Provided are a mobile RFID reader and a control method thereof. The mobile RFID reader includes: a reader controller for beginning a reader operation to communicate with a tag in response to a command of a terminal controller of the wireless communication terminal; an anti-collision state machine for controlling collision among a plurality of tags, and transferring the result of communication with the tag to the reader controller; a reader transmitter for generating a reader command message decided at the anti-collision state machine, and coding and modulating the generated reader command message; a reader receiver for demodulating and decoding a tag signal received through an antenna, and reporting a tag response state to the anti-collision state machine; and a channel controller for selecting a channel to use to communicate with a tag in response to a command of the reader controller.
    • 提供了一种移动RFID读取器及其控制方法。 移动RFID读取器包括:读取器控制器,用于响应于无线通信终端的终端控制器的命令开始读取器操作以与标签通信; 用于控制多个标签之间的冲突并将与标签的通信结果传送给读取器控制器的防冲突状态机; 读取器发送器,用于生成在反冲突状态机处决定的读取器命令消息,以及对生成的读取器命令消息进行编码和调制; 读取器接收器,用于对通过天线接收的标签信号进行解调和解码,并将标签响应状态报告给防冲突状态机; 以及频道控制器,用于响应于读取器控制器的命令,选择用于与标签通信的频道。
    • 89. 发明申请
    • SENSOR ACTUATOR NODE AND METHOD FOR HANDLING CIRCUMSTANTIAL CHANGES IN SENSOR ACTUATOR NETWORK USING SAME
    • 传感器执行器节点和方法,用于处理传感器执行器网络中的电路变化
    • US20110130849A1
    • 2011-06-02
    • US12857101
    • 2010-08-16
    • Sun-Jin KimJunghae SeoKwang Soo KimCheol Sig PyoJong-Arm JunJong-Suk Chae
    • Sun-Jin KimJunghae SeoKwang Soo KimCheol Sig PyoJong-Arm JunJong-Suk Chae
    • G05B11/01
    • G08B25/08
    • A sensor actuator node includes a sensor unit for generating sensing information on circumstantial changes; a communications unit; a countermeasure information generation unit for generating countermeasure information to the circumstantial changes; and a drive unit for driving one or more actuators. When the sensor actuator node acts as a host node, the sensing information becomes main sensing information, the countermeasure information generation unit generates the countermeasure information based on the main sensing information and selectively transmits the countermeasure information to the adjacent sensor actuator nodes via the communications unit, and the drive unit drives the actuator based on the countermeasure information. When the sensor actuator node acts as a non-host node, the sensing information becomes auxiliary sensing information, and the drive unit drives the actuator based on the countermeasure information selectively transmitted thereto by the host node.
    • 传感器致动器节点包括用于产生关于环境变化的感测信息的传感器单元; 通信单元; 对策信息生成单元,用于产生对环境变化的对策信息; 以及用于驱动一个或多个致动器的驱动单元。 当传感器致动器节点作为主机节点时,感测信息变为主感测信息,对策信息生成单元基于主感测信息产生对策信息,并且经由通信单元选择性地将对策信息发送到相邻的传感器致动器节点 ,并且驱动单元基于对策信息驱动致动器。 当传感器致动器节点用作非主机节点时,感测信息成为辅助感测信息,并且驱动单元基于由主机节点有选择地发送到其的对策信息来驱动致动器。