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    • 41. 发明申请
    • AUTHENTICATOR, AUTHENTICATEE AND AUTHENTICATION METHOD
    • 授权人,认证和认证方法
    • WO2012172832A3
    • 2013-05-23
    • PCT/JP2012054500
    • 2012-02-17
    • TOSHIBA KKNAGAI YUJIKATO TAKUMATSUSHITA TATSUYUKI
    • NAGAI YUJIKATO TAKUMATSUSHITA TATSUYUKI
    • H04L9/32H04L9/08
    • H04L9/085H04L9/0819H04L9/3242H04L9/3271
    • According to one embodiment, an authentication method between an authenticatee which stores key information having a data structure composed of a key transition record, secret information XY of a matrix form, and secret information XYE which is created by encrypting the secret information XY, and an authenticator which authenticates the authenticatee, includes selecting, by the authenticator, a record corresponding to a device index of the authenticator from the key information which is received from the authenticatee, and decrypting the record by a device key, thereby taking out a key transition, and executing, by the authenticator, a decryption process on the secret information XYE, which is received from the authenticatee, by using the corresponding key transition, and sharing the secret information XY.
    • 根据一个实施例,存储具有由密钥转换记录,矩阵形式的秘密信息XY和通过加密秘密信息XY创建的秘密信息XYE组成的密钥信息的认证方的认证方法,以及 验证认证者的认证方包括由认证者从从认证者接收到的密钥信息中选择与认证者的设备索引对应的记录,并通过设备密钥解密记录,从而进行密钥转换, 并且由认证器执行对从认证者接收的秘密信息XYE的解密处理,通过使用相应的密钥转换并共享秘密信息XY。
    • 43. 发明申请
    • SEMICONDUCTOR DEVICE AND DRIVE METHOD OF ELECTROSTATIC ACTUATOR
    • 静电激励器的半导体器件和驱动方法
    • WO2012029933A3
    • 2012-04-26
    • PCT/JP2011069969
    • 2011-08-26
    • TOSHIBA KKIKEHASHI TAMIOMIYAZAKI TAKAYUKIHARA HIROYUKI
    • IKEHASHI TAMIOMIYAZAKI TAKAYUKIHARA HIROYUKI
    • H02N1/00
    • H02N1/006
    • According to one embodiment, a semiconductor device includes an electrostatic actuator including first and second lower electrodes (43, 44), an upper electrode (45) supported above the first and second lower electrodes (43, 44) by an anchor and configured to move downwardly, and an insulating film (46) provided between the upper electrode (45) and the first and second lower electrodes (43, 44), the first lower electrode (43) and upper electrode (45) configuring a first variable capacitance element (CEMS1), the second lower electrode (44) and upper electrode (45) configuring a second variable capacitance element (CMEMS2), a first fixed capacitance element (CMIM1) connected to the first lower electrode (43), a second fixed capacitance element (CMIM2) connected to the second lower electrode (44), and a detection circuit (15) connected to the upper electrode (45) and configured to detect a charge amount stored in the insulating film (46).
    • 根据一个实施例,半导体器件包括静电致动器,其包括第一和第二下部电极(43,44),上部电极(45),其被锚固件支撑在第一和第二下部电极(43,44)上方,并被配置为移动 以及设置在上电极(45)与第一和第二下电极(43,44)之间的绝缘膜(46),第一下电极(43)和上电极(45)构成第一可变电容元件 CEMS1),第二下电极(44)和构成第二可变电容元件(CMEMS2)的上电极(45),连接到第一下电极(43)的第一固定电容元件(CMIM1),第二固定电容元件 CMIM2)和连接到上电极(45)并被配置为检测存储在绝缘膜(46)中的电荷量的检测电路(15)。
    • 44. 发明申请
    • PLMN SELECTION AND INTER-SYSTEM MOBILITY POLICY CONFLICT RESOLUTION FOR MULTI-INTERFACE USER
    • 多接口用户的PLMN选择和系统间移动性策略冲突解决方案
    • WO2011028518A8
    • 2012-03-08
    • PCT/US2010046470
    • 2010-08-24
    • TOSHIBA KKTELCORDIA TECH INCOHBA YOSHIHIROMORERA RAQUELDAS SUBIR
    • OHBA YOSHIHIROMORERA RAQUELDAS SUBIR
    • H04W4/00
    • H04W48/18H04W60/005H04W88/06
    • A mobile device includes: multiple interfaces that are configured to support a various access technology such as 3G or Wi-Fi etc. A public land mobile network (PLMN) selector that generates a list for each of the PLMN networks that provide coverage to the mobile device. A PLMN selection policy parameter that is set to True or False to allow or prohibit the selection of PLMN networks by the mobile device based on the generated list where the generated list includes information as to different access technologies and selection priorities supported on the PLMN access networks providing coverage to the mobile device. In particular, when the PLMN selection policy parameter is set to True, multiple PLMN registrations are allowed; and when the A PLMN selection policy parameter is set to False, multiple PLMN registrations are prohibited.
    • 移动设备包括:被配置为支持诸如3G或Wi-Fi等的各种接入技术的多个接口。公共陆地移动网络(PLMN)选择器,其为向移动台提供覆盖的每个PLMN网络生成列表 设备。 PLMN选择策略参数被设置为True或False以允许或禁止移动设备基于生成的列表选择PLMN网络,其中生成的列表包括关于在PLMN接入网络上支持的不同接入技术和选择优先级的信息 向移动设备提供覆盖。 特别地,当PLMN选择策略参数设置为True时,允许多个PLMN注册; 并且当A PLMN选择策略参数被设置为False时,禁止多个PLMN注册。
    • 45. 发明申请
    • TUNEABLE QUANTUM LIGHT SOURCE
    • 可调量子光源
    • WO2011055119A3
    • 2011-06-30
    • PCT/GB2010002038
    • 2010-11-05
    • TOSHIBA KKTOSHIBA RES EUROP LTDBENNET ANTHONY JOHNWARD MARTIN BRIANSHIELDS ANDREW JAMES
    • BENNET ANTHONY JOHNWARD MARTIN BRIANSHIELDS ANDREW JAMES
    • H01L33/06H01L33/00H01L33/08H01L33/10H01S5/183H01S5/34
    • H01L33/06B82Y20/00H01L33/0012H01L33/08H01L33/105H01S5/3412H01S5/3416
    • A photon source comprising a semiconductor heterostructure, said semiconductor heterostructure comprising a quantum well (97), a barrier region (85) adjacent said quantum well and a quantum dot (95) provided in said quantum well, the photon source further comprising electrical contacts (87, 93) and a power supply coupled to first and second electrical contacts configured to apply a tuneable electric field across said quantum dot to control the emission energy of said quantum dot, said electric field being tuneable across an operating range an wherein the tunnelling time of carriers from said quantum dot to said first electrical contact and the tunnelling time of carriers from said quantum dot to said second electrical contact are greater than the radiative decay time of an exciton in said quantum dot over said operating range for controlling the emission energy, said photon source being configured such that emission from a single quantum dot exits said photon source.
    • 一种包括半导体异质结构的光子源,所述半导体异质结构包括量子阱(97),邻近所述量子阱的势垒区(85)和设置在所述量子阱中的量子点(95),所述光子源还包括电触点 87,93)和耦合到第一和第二电触头的电源,其被配置为在所述量子点上施加可调谐电场以控制所述量子点的发射能量,所述电场可在整个工作范围内调节,其中所述隧穿时间 从所述量子点到所述第一电接触的载流子和从所述量子点到所述第二电接触的载流子的隧道时间大于所述量子点上的激子在所述工作范围上的辐射衰减时间,用于控制发射能量, 所述光子源被配置为使得来自单个量子点的发射离开所述光子源。
    • 50. 发明申请
    • MODULATION APPARATUS AND IMAGE DISPLAY APPARATUS
    • 调制装置和图像显示装置
    • WO2008143352A3
    • 2009-03-26
    • PCT/JP2008059597
    • 2008-05-19
    • TOSHIBA KKTAKAGI AYAKOBABA MASAHIROOKUMURA HARUHIKO
    • TAKAGI AYAKOBABA MASAHIROOKUMURA HARUHIKO
    • G06F3/14
    • G06F3/1415G09G5/04G09G2330/06G09G2340/02
    • A differential data array group, which has at least a plurality of pairs of a differential data to transmit a serial signal, includes difference absolute value data having a plurality of bits to represent an absolute value obtained by converting gray scale level data of red, green and blue to binary number data, and sign data having at least one bit to represent a sign of the gray scale level data. With respect to one pair of the differential data, gray scale level data corresponding to one pixel, or control data are arranged in an ascending order or a descending order. With respect to another pair of the differential data, the sign data corresponding to one pixel are arranged into a former half or a latter half of a time period corresponding to one pixel. Data of a highest order bit of the difference absolute value data corresponding to one pixel are arranged into the latter half or the former half of the time period corresponding to one pixel.
    • 具有至少多对差分数据以发送串行信号的差分数据阵列组包括具有多个位的差分绝对值数据,以表示通过转换红色,绿色的灰度级数据而获得的绝对值 和蓝色到二进制数数据,并且具有至少一个位的符号数据来表示灰度级数据的符号。 对于一对差分数据,对应于一个像素的灰度级数据或控制数据以升序或降序排列。 对于另一对差分数据,对应于一个像素的符号数据被排列成对应于一个像素的时间段的前一半或后半。 对应于一个像素的差分绝对值数据的最高位数据的数据被排列到与一个像素对应的时间段的后半部分或前半部分。