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    • 54. 发明授权
    • Method and apparatus of sensor network supporting bidirectional event detection
    • 传感器网络支持双向事件检测的方法和装置
    • US09119149B2
    • 2015-08-25
    • US13428059
    • 2012-03-23
    • Hyo Sun HwangChi Sung BaeSeung Ku KimJae Ho LeeDoo Seop Eom
    • Hyo Sun HwangChi Sung BaeSeung Ku KimJae Ho LeeDoo Seop Eom
    • G08C17/00H04W52/02H04W56/00H04W84/18
    • H04W52/0241H04W52/0229H04W56/001H04W56/0045H04W84/18Y02D70/00
    • A communication method of a coordinator in a bidirectional event transmission sensor network comprising a sensor node and the coordinator is provided. The method includes sensing, in an uplink section, whether a signal having energy greater than or equal to a predetermined magnitude is received, the signal indicating occurrence of an uplink event detected by the sensor node, and transmitting, to the sensor node in a downlink section, a synchronization packet that is used for receiving the uplink event or for transmitting a downlink event in response to the coordinator detecting the downlink event or sensing the signal having energy greater than or equal to the predetermined magnitude in the uplink section. The bidirectional event transmission sensor network has a structure of a super frame that includes at least one standby slot (SS) including the uplink section and the downlink section.
    • 提供了一种包括传感器节点和协调器的双向事件传输传感器网络中的协调器的通信方法。 该方法包括在上行链路部分中感测到是否接收到具有大于或等于预定幅度的能量的信号,所述信号指示由传感器节点检测到的上行链路事件的发生,并且在下行链路中向传感器节点发送 用于响应于协调器检测下行链路事件或感测具有大于或等于上行链路部分中的预定大小的能量的信号而用于接收上行链路事件或用于发送下行链路事件的同步分组。 双向事件传输传感器网络具有包括至少一个包括上行链路部分和下行链路部分的备用时隙(SS)的超帧的结构。
    • 55. 发明申请
    • CRT-RSA ENCRYPTION METHOD AND APPARATUS
    • CRT-RSA加密方法和设备
    • US20150222434A1
    • 2015-08-06
    • US14571442
    • 2014-12-16
    • SUNG-KYOUNG KIMIN-JE YANGHYUN-DONG SOHYO-SUN HWANG
    • SUNG-KYOUNG KIMIN-JE YANGHYUN-DONG SOHYO-SUN HWANG
    • H04L9/30H04L9/08
    • H04L9/302H04L9/004H04L9/0625
    • CRT-RSA encryption methods and apparatuses are disclosed. The CRT-RSA encryption method includes: calculating first parameter information and second parameter information used in a modular exponential calculation process based on a modular calculation result of a secret key that is obtained using Euler's phi function with respect to two different prime numbers calculated from the public key; performing a modular exponential calculation with respect to a next block based on calculation information of a previous block, in a block unit divided respectively from the first parameter information and the second parameter information; and calculating an encryption process based on a CRT calculation by using the modular exponential calculation results.
    • 公开了CRT-RSA加密方法和装置。 CRT-RSA加密方法包括:基于使用欧拉phi函数获得的秘密密钥的模块计算结果,相对于从第二参数信息和第二参数信息计算的两个不同素数,计算在指数计算过程中使用的第一参数信息和第二参数信息 公钥; 基于分别从第一参数信息和第二参数信息划分的块单元,基于先前块的计算信息,对下一个块执行模数指数计算; 以及通过使用模数指数计算结果来计算基于CRT计算的加密处理。
    • 59. 发明授权
    • Secure boot method and semiconductor memory system using the method
    • 使用该方法的安全引导方法和半导体存储器系统
    • US08443203B2
    • 2013-05-14
    • US12145102
    • 2008-06-24
    • Dong-Jin ParkHyo-Sun HwangMyung-Hee KangWon-Il Lee
    • Dong-Jin ParkHyo-Sun HwangMyung-Hee KangWon-Il Lee
    • G06F21/00
    • G06F21/575
    • A semiconductor memory system includes an external memory, an internal memory, and a one-time programmable (OTP) memory. The external memory includes a kernel, a public key, first boot information used to authenticate the public key and generate a test secret key, and a second boot loader verifying integrity of the kernel. The internal memory includes a first boot loader that verifies integrity of the second boot loader and generates the test secret key. The OTP memory includes second boot information generated using the public key and a secret key. Since the secure boot method and the semiconductor memory system using the method do not need an additional OTP memory to store a secret key unlike conventional technology, the capacity and recording time of the OTP memory can be reduced to about half compared to the conventional technology.
    • 半导体存储器系统包括外部存储器,内部存储器和一次性可编程(OTP)存储器。 外部存储器包括内核,公共密钥,用于认证公钥并生成测试密钥的第一引导信息,以及验证内核完整性的第二引导加载程序。 内部存储器包括第一引导加载程序,其验证第二引导加载程序的完整性并生成测试密钥。 OTP存储器包括使用公钥和秘密密钥生成的第二引导信息。 由于与常规技术不同,使用该方法的安全引导方法和半导体存储器系统不需要额外的OTP存储器来存储秘密密钥,所以与常规技术相比,OTP存储器的容量和记录时间可以减少到大约一半。