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    • 94. 发明公开
    • A communication method between a handset device and IC cards
    • 系统管理系统
    • EP1895790A1
    • 2008-03-05
    • EP06018181.5
    • 2006-08-31
    • Incard SA
    • Varone, FrancescoVeneroso, Amedeo
    • H04Q7/32G06K19/07
    • H04W92/08H04W12/06
    • Communication method between an handset device, comprising a slot hosting a first IC Card, and at least a second IC Card, the method including a plurality of commands based on a conventional handset device-IC card interface, intended to drive a communication between the first IC Card and the handset device; the method comprises the following steps: providing a second device, comprising at least a slot for hosting the at least second IC Card; providing the first IC Card and the at least second IC Card and/or the second device with a wireless personal interface, supporting a wireless communication; inserting the at least second IC Card inside the at least a slot, a communication between the handset device and the at least second IC Card being driven by forwarding a command received by the first IC Card on the conventional handset device/IC Card interface to the wireless personal interface.
    • 手机设备之间的通信方法,包括承载第一IC卡的插槽和至少第二IC卡,所述方法包括基于常规手持通话器设备 - IC卡接口的多个命令,用于驱动所述第一IC卡之间的通信 IC卡和手机设备; 该方法包括以下步骤:提供第二设备,包括至少一个用于托管至少第二IC卡的插槽; 向第一IC卡和至少第二IC卡和/或第二设备提供支持无线通信的无线个人接口; 将至少第二IC卡插入到至少一个时隙内,手持通话器设备和至少第二IC卡之间的通信是通过将常规手持通话器设备/ IC卡接口上的第一IC卡接收的命令转发到 无线个人接口。
    • 95. 发明公开
    • A method for accessing an additional service provided by an IC card toolkit applet
    • 一种用于通过应用工具包的IC卡访问的附加服务的方法
    • EP1895789A1
    • 2008-03-05
    • EP06018179.9
    • 2006-08-31
    • Incard SA
    • Di Maggio, LuigiGuidobaldi, Corrado
    • H04Q7/32
    • H04W4/16H04M1/72519H04M2250/14H04W8/183
    • Method for selecting one or more additional services in a mobile equipment 1, of the type comprising means to dial a number in order to set up a communication, the additional services being provided by an IC Card hosted in the mobile equipment 1, the method comprising the step of: comparing a dialed number with one or more service numbers, stored inside said IC Card 3 and associated to the additional services; terminating the set up of a communication; triggering an additional service corresponding to the dialed number. The phases of terminating and triggering are executed when the phase of comparing results that the dialed number is equal to one of the service numbers; at least one of the additional services provides to display a submenu on the mobile equipment, including a plurality of application entries associated to one or more additional services.
    • 用于在移动设备1选择一个或多个额外的服务,该类型包括用于的拨号以建立通信的一些方法中,由在IC卡服务器是在移动设备1中提供的附加服务,所述方法包括 的步骤:将与一个或多个服务号码,存储所述IC卡3的内部和相关联的所述附加服务所拨打的号码; 终止通信的建立; 触发额外的服务对应于所拨的号码。 终止和触发的相位被执行时进行比较的结果的相位做了所拨的号码等于所述服务号码中的一个; 的附加服务中的至少一个提供对在所述移动设备显示一个子菜单,其中包括关联于一个或多个附加服务的应用项的复数。
    • 96. 发明公开
    • Hierarchical networks utilizing frame transmissions pipelining
    • 分层次网络系统(Rierarchyche Netzwerke mitRahmenübertragungs-Rohrsystem)
    • EP1881635A2
    • 2008-01-23
    • EP07252871.4
    • 2007-07-19
    • STMicroelectronics, Inc
    • Hu, Wendong
    • H04L1/00H04L12/28H04Q7/36
    • H04W72/0406H04B7/2606H04W16/26H04W84/047
    • A hierarchical WRAN includes a relay station (RS) possessing dual roles. A RS acts from the perspective of a base station (BS) as a consumer premise equipment (CPE) terminal just as any other first tier CPE terminal. Simultaneously, the RS, from the perspective of other second tier CPEs, acts as a BS providing all of the functional capabilities of a BS. The RS includes dual medium access control (MAC) functions in which a first MAC function serves to interface the RS with the BS while the second MAC function serves to interface the RS with the at least one CPE terminal. The RS further includes a convergence layer that maps, at the RS, the first MAC to the second MAC. The dual MAC capability of the RS enables the RS to pipeline frame transmission in both single and multi-channel operations.
    • 分级WRAN包括具有双重角色的中继站(RS)。 作为消费者住宅设备(CPE)终端,RS作为任何其他第一层CPE终端从基站(BS)的角度起作用。 同时,从其他第二层CPE的角度看,RS用作提供BS的所有功能能力的BS。 RS包括双介质访问控制(MAC)功能,其中第一MAC功能用于将RS与BS接口,而第二MAC功能用于将RS与至少一个CPE终端进行接口。 RS还包括在RS处将第一MAC映射到第二MAC的会聚层。 RS的双MAC能力使得RS能够在单通道和多通道操作中管线帧传输。
    • 97. 发明公开
    • Method for session key derivation in a IC card
    • Verfahren zum Ableiten einesSitzungsschlüsselsauf einer IC-Karte
    • EP1873960A1
    • 2008-01-02
    • EP06013465.7
    • 2006-06-29
    • Incard SA
    • Fontana, GiovanniDonatiello, Saverio
    • H04L9/08
    • G06Q20/341G06Q20/388G06Q20/40975G07F7/1008H04L9/0844H04L9/0869H04L2209/56
    • Method for key session derivation during a mutual authentication between a master IC Card 1, storing a master key K M , and a User IC Card 2, storing a key-seed K SEED , the master IC Card 1 and the User IC Card 2 being connected through a communication interface ITF for a communication session; the method comprises the steps of: generating at least a first random number RND.ICC associated to the User IC Card 2; deriving at least a first and a second sub keys K SEEDa and K SEEDb from the key-seed K SEED ; deriving at least a first and a second derivation sub keys K ENCa and K ENCb , respectively through the first sub key K SEEDa in combination with the first random number RND.ICC and through the second sub key K SEEDb in combination with the first random number RND.ICC; joining the at least first and second derivation sub keys K ENCa and K ENCb in at least a session key K ENC for the communication session. The step of generating comprises a generation of a second random number RND.SAM associated to said master IC Card 1; the step of deriving comprises a derivation of a third and a fourth derivation sub keys in order to obtain a second session key for the communication session.
    • 在主IC卡1,存储主密钥KM和用户IC卡2之间的相互认证期间进行关键会话导出的方法,存储密钥种子K SEED,主IC卡1和用户IC卡2被连接 通过通信接口ITF进行通信会话; 该方法包括以下步骤:生成与用户IC卡2相关联的至少第一随机数RND.ICC; 从密钥种子K SEED中导出至少第一和第二子密钥K SEEDa和K SEEDb; 分别通过第一子密钥K SEEDa与第一随机数RND.ICC以及第二子密钥K SEEDb结合第一随机数导出至少第一和第二推导子密钥K ENCa和K ENCb RND.ICC; 将至少第一和第二导出子密钥K ENCa和K ENCb加入到用于通信会话的至少一个会话密钥K ENC中。 生成步骤包括与所述主IC卡1相关联的第二随机数RND.SAM的生成; 导出步骤包括导出第三和第四导出子密钥以便获得通信会话的第二会话密钥。
    • 98. 发明公开
    • Transaction method for managing the storing of persistent data in a transaction stack
    • Transaktionsverfahren zur Speicherverwaltung von reinen Daten in einem Transaktionstapel
    • EP1873642A1
    • 2008-01-02
    • EP06013464.0
    • 2006-06-29
    • Incard SA
    • Sepe, PaoloDi Cosmo, LucaMusella, Enrico
    • G06F11/14
    • G06F11/1474G06F9/466G06F11/1441G06F11/1469G06F2201/82
    • Transaction method for driving the storing of persistent data (data-R1, data-R2, data-R3, data-R4) included in at least one memory portion (R1, R2, R3, R4) of a non volatile memory (1) inside a transaction stack (2), comprising a plurality of transaction entries (2a, 2b, 2c, 2d), during the execution of at least one update operation (op1, op2) involving at least a group of persistent data (data-R1b, data-R2, data-R3, data-R4a). The transaction method comprises the function for executing a push extreme instruction, for reading at least one group (data-R 1 a, data-R4b) of persistent data (data-R1, data-R2, data-R4, data-R4) from the non volatile memory (1) and for storing them in a plurality of transaction entries (2b, 2c); executing a discard instruction for discarding, from the transaction stack (2), only the plurality of transaction entries (2b, 2c) that stores the at least one group (data-R1a, data-R4b).
    • 用于驱动包含在非易失性存储器(1)的至少一个存储器部分(R1,R2,R3,R4)中的持久性数据(数据-R1,数据-R2,数据-R3,数据-R4)的存储的交易方法, 在执行涉及至少一组持久性数据(数据-Rbb)的至少一个更新操作(op1,op2)的执行期间,包括多个交易条目(2a,2b,2c,2d)的事务栈(2) ,data-R2,data-R3,data-R4a)。 交易方法包括执行推送极端指令的功能,用于读取持久数据(数据-R1,数据-R2,数据R4,数据-R4)的至少一个组(数据-R 1a,数据-Rbb) 并且用于将它们存储在多个交易条目(2b,2c)中; 执行用于从所述事务栈(2)仅丢弃存储所述至少一个组(数据-Ra,数据-Rbb)的所述多个事务条目(2b,2c)丢弃的丢弃指令。
    • 99. 发明公开
    • Temperature tamper detection circuit and method
    • 用于可编程篡改检测电路测试电路
    • EP1788581A3
    • 2007-08-22
    • EP06255947.1
    • 2006-11-21
    • STMicroelectronics, Inc.
    • McClure, David C.Saw, Sooping
    • G11C16/20G11C16/22G11C17/16G06K19/073G06F21/00
    • G01K3/005G01K7/015
    • An integrated circuit temperature sensor includes a sensing circuit operable to determine whether the integrated circuit is currently exposed to one of a relatively low temperature or a relatively high temperature. A selection circuit operates to select a measured voltage across the base-emitter of a bipolar transistor of the integrated circuit if the sensing circuit indicates that the integrated circuit is currently exposed to the relatively low temperature or, alternatively, select a measured delta voltage across the base-emitter of the bipolar transistor of the integrated circuit if the sensing circuit indicates that the integrated circuit is currently exposed to the relatively high temperature. A comparator then compares the selected measured voltage across the base-emitter of the bipolar transistor against a first reference voltage indicative of a too cold temperature condition or compares the selected measured delta voltage across the base-emitter of the bipolar transistor against a second reference voltage indicative of a too hot temperature condition. As a result of the comparison, detection may be made as to whether the integrated circuit is currently exposed to one of either a too cold or too hot temperature.