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    • 98. 发明申请
    • METHOD AND DEVICE FOR 3D OBJECT PROTECTION BY PERMUTATION OF ITS POINTS
    • 通过其点的三维对象保护的方法和装置
    • WO2012000898A1
    • 2012-01-05
    • PCT/EP2011/060608
    • 2011-06-24
    • THOMSON LICENSINGLELIEVRE, SylvainELUARD, MarcMAETZ, Yves
    • LELIEVRE, SylvainELUARD, MarcMAETZ, Yves
    • G09C5/00
    • G09C5/00H04L2209/603
    • A 3D object (120; 410) is protected by a first device (110) that receives (210) the 3D object (120; 410), permutes (220) the position of at least some of the points of the 3D object (120; 410) to obtain a protected 3D object (130; 420), and outputs (230) the protected 3D object (130; 420). The protected 3D object (130; 420) is unprotected by a second device (140) by receiving (240) the protected 3D object (130; 420), permuting (250) the position of at least some the points of the protected 3D object (130; 420) to obtain an unprotected 3D object (150; 410), and outputting (260) the unprotected 3D object (150; 410). Also provided are the first device (110), the second device (140) and computer readable storage media (160, 170).
    • 3D对象(120; 410)由接收(210)3D对象(120; 410)的第一设备(110)保护,对3D对象(120; 410)的至少某些点的位置进行置换(220) ; 410)以获得受保护的3D对象(130; 420),并输出(230)所述受保护的3D对象(130; 420)。 受保护的3D对象(130; 420)通过接收(240)受保护的3D对象(130; 420)而不受第二设备(140)的保护,置换(250)保护的3D对象的至少一些点的位置 (130; 420)以获得未受保护的3D对象(150; 410),并输出(260)所述未受保护的3D对象(150; 410)。 还提供了第一设备(110),第二设备(140)和计算机可读存储介质(160,170)。
    • 99. 发明申请
    • CONTROL OF PACKET TRANSFER THROUGH A MULTIPATH SESSION COMPRISING A SINGLE CONGESTION WINDOW
    • 通过包含单个约束窗口的多个会话节目进行分组传输的控制
    • WO2011101425A1
    • 2011-08-25
    • PCT/EP2011/052377
    • 2011-02-17
    • THOMSON LICENSINGGOUACHE, StephaneBSILA, AmineBICHOT, Guillaume
    • GOUACHE, StephaneBSILA, AmineBICHOT, Guillaume
    • H04L12/56
    • H04L47/10H04L45/24H04L47/11H04L47/125
    • The invention relates to the field of control of packet transfer through a multipath session and more particularly the invention concerns a method for controlling a packet transfer through a multipath session comprising a number of n paths (P1,...,Pi,..., Pn) linking a first endpoint (E1) to a second endpoint (E2), n being an integer greater or equal to 2, i being an integer and 1≤i ≤ n, each path (Pi) being defined by a couple of addresses (A1i, B1i) of a communication interface of said first and second endpoint (E1, E2), the first endpoint (E1) being configured for sending the packet to said second endpoint (E2) through anyone of the paths (P1,...,Pi,..., Pn), the second endpoint (E1) being configured for sending an acknowledgment message (ACK) through anyone of the paths (P1,...,Pi,..., Pn) when said second endpoint (E2) received a packet. According to the invention, the method involves, at said first endpoint (E1) and at a time t, steps of: - (S1) assessing a load distribution (L ) through the path (Pi) based on evaluations of a round-trip-time (RTT ) over said path (Pi) for every i between 1 and n; - (S2) evaluating a current available load distribution (R ) from said data load distribution (L ), from an aggregated size of packets (D ) currently assigned to be transmitted on said path (Pi) for every i between 1 and N, and from the aggregated size of packets (D ) currently assigned to be transmitted on any of said paths (P1,...,Pi,..., Pn); - (S3) selecting a path (Pi) among the paths (P1,...,Pi,..., Pn) from said current available load distribution (R ); - (S4) sending said packet on said selected path (Pi) such that the aggregated size of packets (D ) to transmit through said selected path (Pi) is lower than a congestion window (cwnd) whose value is evaluated globally by said first endpoint (E1) for said multipath session.
    • 本发明涉及通过多路径会话的分组传送的控制领域,更具体地说,本发明涉及一种用于通过多路径会话来控制分组传送的方法,该多路径会话包括多个n个路径(P1,...,Pi,...) ,Pn)将第一端点(E1)链接到第二端点(E2),n是大于或等于2的整数,i是整数,1 = i = n,每个路径(Pi)由一对 所述第一和第二端点(E1,E2)的通信接口的地址(A1i,B1i),所述第一端点(E1)被配置为通过任何路径(P1,...)将所述分组发送到所述第二端点(E2)。 ,...,Pi,...,Pn),第二端点(E1)被配置为当所述第一端点(E1)通过任何路径(P1,...,Pi,...,Pn)发送确认消息 第二端点(E2)接收到分组。 根据本发明,该方法涉及在所述第一端点(E1)和时间t的步骤: - (S1)基于评估来评估通过路径(Pi)的负载分布(L i,t>) 对于1和n之间的每个i,在所述路径(Pi)上的往返时间(RTT ); - (S2)从当前分配给的分组的聚合大小(D )从所述数据负载分布(L )评估当前可用负载分布(R i,t>) 根据当前分配给任何所述路径(P1,...,Pi,...)上发送的分组(D )中选择路径(P1,...,Pi,...,Pn)中的路径(Pi) - (S4)在所述选择的路径(Pi)上发送所述分组,使得通过所述选择的路径(Pi)发送的分组的聚合大小(D i,t>)低于其值为 由所述多路径会话的所述第一端点(E1)全局评估。
    • 100. 发明申请
    • METHOD, SYSTEM AND DEVICE FOR EXECUTION OF A SOFTWARE APPLICATION
    • 用于执行软件应用的方法,系统和设备
    • WO2011086180A1
    • 2011-07-21
    • PCT/EP2011/050527
    • 2011-01-17
    • THOMSON LICENSINGMAETZ, YvesELUARD, Marc
    • MAETZ, YvesELUARD, Marc
    • G06F9/445
    • G06F8/60
    • A method of executing a software application. A storage device (120) stores connection data (1211), an identifier (1212) of the software application, a context selector (1232), and an application launcher (1233). An execution device connects (231), using the connection data, to a server (130). The storage device transfers the context selector to the execution device, which executes (232) it to generate a first context for the execution device. The identifier and the first context are sent to the server from which the storage device receives the software application (1231), which is stored (234) with the first context. The application launcher is transferred to the execution device for execution (241). A second context of the execution device is generated and the storage device checks (244) if it matches the first context. If so, the storage device transfers the software application to the execution device where it is executed.
    • 一种执行软件应用程序的方法。 存储设备(120)存储连接数据(1211),软件应用的标识符(1212),上下文选择器(1232)和应用启动器(1233)。 执行装置使用连接数据将(231)连接到服务器(130)。 存储设备将上下文选择器传送到执行设备,该执行设备执行(232)以生成用于执行设备的第一上下文。 标识符和第一上下文被发送到存储设备从其接收与第一上下文存储(234)的软件应用程序(1231)的服务器。 应用启动器被传送到执行设备执行(241)。 生成执行装置的第二上下文,并且存储装置检查(244)是否匹配第一上下文。 如果是这样,存储设备将软件应用程序传送到执行设备。