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    • 2. 发明授权
    • Receiving device and electronic equipment using the same
    • 接收设备和使用该设备的电子设备
    • US08244197B2
    • 2012-08-14
    • US12304084
    • 2008-03-27
    • Takeshi FujiiHiroaki OzekiMineyuki Iwaida
    • Takeshi FujiiHiroaki OzekiMineyuki Iwaida
    • H04B1/10
    • H03H7/20H04B1/28
    • In an image rejection mixer, when a signal in the first radio frequency band is inputted to an input terminal, the first mixer and the second mixer convert the input signal in the first radio frequency band to a signal in the first intermediate frequency band by using the first local signal from a local signal oscillator, and a filter circuit attenuates an image interfering signal existing in the first intermediate frequency band by means of the first attenuation band. Also, when a signal in the second radio frequency band is inputted to the input terminal, the first mixer and the second mixer convert the input signal in the second radio frequency band to a signal in the second intermediate frequency band by using the second local signal from the local signal oscillator, and the filter circuit attenuates an image interfering signal existing in the second intermediate frequency band by means of the second attenuation band that is narrower than the first attenuation band.
    • 在图像抑制混频器中,当第一无线电频带中的信号被输入到输入端时,第一混频器和第二混频器通过使用第一混频器和第二混频器将第一无线电频带中的输入信号转换为第一中频带中的信号 来自本地信号振荡器的第一本地信号,以及滤波器电路借助于第一衰减频带衰减存在于第一中频带中的图像干扰信号。 此外,当第二无线电频带中的信号被输入到输入端时,第一混频器和第二混频器通过使用第二本地信号将第二无线电频带中的输入信号转换为第二中频带中的信号 并且滤波器电路通过比第一衰减频带窄的第二衰减频带衰减存在于第二中频带中的图像干扰信号。
    • 3. 发明授权
    • Authentication server, authentication method and authentication program
    • 认证服务器,认证方式和认证方案
    • US08141146B2
    • 2012-03-20
    • US12354637
    • 2009-01-15
    • Hiroaki Ozeki
    • Hiroaki Ozeki
    • G06F7/04
    • G06F21/36G06F2221/2133H04L63/08
    • Upon receipt of a service use request from a client, an authentication server device reads one or more image information pieces from an image information storage storing multiple image information pieces each containing one or more known symbols, one or more dummy symbols, or both of them, and thereafter creates challenge data using the one or more read image information pieces so that one or more two-dimensional images each containing one or more of the known symbols and one or more two-dimensional images each containing one or more of the dummy symbols can be presented to the user of the client, one image at a time. Upon receipt of response data, the authentication server device judges whether or not the received response data matches the one or more known symbols contained in the challenge data, and approves the service use of the client device if the match is confirmed.
    • 在从客户端接收到服务使用请求时,认证服务器设备从存储多个图像信息的图像信息存储器读取一个或多个图像信息,每个图像信息包含一个或多个已知符号,一个或多个虚拟符号或两者 ,然后使用一个或多个读取图像信息片段创建挑战数据,使得每个包含一个或多个已知符号和一个或多个二维图像的一个或多个二维图像每个包含一个或多个虚拟符号 可以一次呈现给客户的用户,一个图像。 在接收到响应数据时,认证服务器设备判断接收到的响应数据是否与包含在质询数据中的一个或多个已知符号相匹配,如果确认匹配则批准客户端设备的服务使用。
    • 5. 发明申请
    • RECEIVER AND ELECTRONIC DEVICE USING THE SAME
    • 使用该接收器和电子设备的接收器和电子设备
    • US20110019783A1
    • 2011-01-27
    • US12933163
    • 2009-04-08
    • Yusuke NakanoHiroaki OzekiYasunobu TsukioTakeshi Fujii
    • Yusuke NakanoHiroaki OzekiYasunobu TsukioTakeshi Fujii
    • H04L27/06
    • H03J3/08H03H11/126H03H11/1286H03H11/1291
    • A receiver includes an oscillator for generating a local oscillator signal, a frequency converter for heterodyning a received signal of one frequency band or a plurality of frequency bands into an intermediate frequency (IF) signals with using the local oscillator signal, a filter connected to an output of the frequency converter and having a cut-off frequency changeable, an analog-digital (AD) converter connected to an output of the filter to convert an analog signal of one frequency band or a plurality of frequency bands into a digital signal, a pre-stage detector connected to an output of the AD converter or connected between the filter and the AD converter to detect a signal level, and a controller for controlling the cut-off frequency of the filter based on the signal level detected by the pre-stage detector.
    • 接收机包括用于产生本地振荡器信号的振荡器,用于使用本地振荡器信号将一个频带或多个频带的接收信号外差分成中频(IF)信号的频率转换器,连接到 频率转换器的输出和截止频率可变的模拟数字(AD)转换器,连接到滤波器的输出,以将一个频带或多个频带的模拟信号转换为数字信号, 前级检测器连接到AD转换器的输出端或连接在滤波器和AD转换器之间以检测信号电平;以及控制器,用于根据预处理器检测到的信号电平来控制滤波器的截止频率, 舞台探测器。
    • 7. 发明申请
    • Risk Evaluation of Conflicts in Separation of Duties
    • 分离职责冲突的风险评估
    • US20100082377A1
    • 2010-04-01
    • US12239135
    • 2008-09-26
    • Satoshi HadaHiroaki Ozeki
    • Satoshi HadaHiroaki Ozeki
    • G06Q10/00
    • G06Q10/10G06Q10/06311G06Q10/0635
    • In one embodiment, there is provided a computer implemented method for evaluating risks of conflicts in separation of duties matrices. The computer implemented method receives a set of input data comprising a set of task information and a set of employee information to form received input, generates a risk control matrix from the received input, having a risk associated with each risk control of the risk control matrix, and generates an “n×n” weighted separation of duties matrix from the risk control matrix, wherein (Ti,Tj) represents a task pair, and Risk(Ti,Tj) represents a risk value of a conflict of the task pair (Ti,Tj). The computer implemented method further generates a task to employee assignment (p1, p2, p3 . . . pk) such that Σ{1≦x≦k}Σ{(Ti,Tj)εpx} Risk(Ti,Tj) is minimized. The first summation is formed over variable x, from 1 through k, while the second summation is formed over task pairs (Ti, Tj) in the assignment px, which is the task set assigned to employee “x.” In the expression, “k” represents the number of employees, and “pi” represents a set of tasks assigned to employee “i”. The computer implemented method identifies elements of high risk in the “n×n” weighted separation of duties matrix; to form identified elements and samples the identified elements to form sampled elements. The computer implemented method further determines whether the sampled elements identify a risk exposure; and responsive to a determination that the sampled elements identify a risk exposure, reports a finding of the risk exposure.
    • 在一个实施例中,提供了一种用于评估分离职责矩阵中的冲突的风险的计算机实现的方法。 计算机实现的方法接收包括一组任务信息和一组雇员信息的输入数据集合以形成接收到的输入,从接收到的输入中生成风险控制矩阵,其具有与风险控制矩阵的每个风险控制相关联的风险 ,并从风险控制矩阵生成“n×n”加权的职责矩阵分离,其中(Ti,Tj)表示任务对,Risk(Ti,Tj)表示任务对的冲突的风险值 Ti,Tj)。 计算机实现的方法进一步产生一个任务以雇员分配(p1,p2,p3,...,pk),使得&Sgr; {1≦̸ x≦̸ k}&Sgr; {(Ti,Tj)&egr; px} Risk(Ti,Tj )最小化。 第一个求和形式在变量x之间,从1到k形成,而第二个求和是在分配px中的任务对(Ti,Tj)上形成的,这是分配给员工“x”的任务集。在表达式中, k“表示员工人数,”pi“表示分配给员工”i“的一组任务。 计算机实现的方法在“n×n”加权分离职责矩阵中识别高风险的要素; 以形成识别的元素并对所识别的元素进行采样以形成采样元素。 计算机实现的方法进一步确定采样元素是否识别风险暴露; 并且响应于采样元素识别风险暴露的确定,报告风险暴露的发现。