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    • 21. 发明申请
    • TECHNIQUE FOR INTERWORKING A WLAN WITH A WIRELESS TELEPHONY NETWORK
    • 用无线电话网络接入WLAN的技术
    • WO2004004386A1
    • 2004-01-08
    • PCT/US2003/020123
    • 2003-06-25
    • THOMSON LICENSING S.A.BICHOT, GuillaumeLI, Jun
    • BICHOT, GuillaumeLI, Jun
    • H04Q7/24
    • H04W92/02H04L63/08H04W28/26H04W76/10H04W84/04H04W84/12
    • Interworking of a wireless telephony network (12) with a wireless Local Area Network (10) serving at least one mobile terminal user (14) is accomplished by reserving a General Packet Radio Service (GPRS) communications channel (20) of the wireless telephony network. Control communications signals received in the WLAN (10) from the mobile terminal user are communicated across the GPRS channel (20) to the wireless telephone network (12) and likewise, control communications signals from the wireless telephony network pass to the WLAN over the channel. Using the GPRS channel to carry control communications signals between the WLAN (10) and the WLAN (12) affords the advantage of a loose coupling without the risk of sending sensitive control information over a non-secure link.
    • 无线电话网络(12)与服务于至少一个移动终端用户(14)的无线局域网(10)的互通是通过保留无线电话网络的通用分组无线业务(GPRS)通信信道(20)来实现的 。 将来自移动终端用户的在WLAN(10)中接收的通信信号通过GPRS信道(20)传送到无线电话网络(12),同样,控制来自无线电话网络的通信信号通过信道 。 使用GPRS信道来携带WLAN(10)和WLAN(12)之间的控制通信信号提供了松散耦合的优点,而没有通过非安全链路发送敏感控制信息的风险。
    • 22. 发明申请
    • METHOD FOR EVALUATING AN AVAILABLE PATH BITRATE BASED ON AN ACKNOWLEDGMENT PATH SELECTION
    • 基于确认路径选择评估可用路径双向的方法
    • WO2011131565A1
    • 2011-10-27
    • PCT/EP2011/055934
    • 2011-04-14
    • Thomson LicensingGOUACHE, StephaneBSILA, AmineBICHOT, Guillaume
    • GOUACHE, StephaneBSILA, AmineBICHOT, Guillaume
    • H04L12/26H04L29/08
    • H04L43/50H04L45/24H04L65/608H04L65/80H04L69/14
    • The invention relates to the field of multi-path communication. More particularly the invention deals with a method for evaluating an available bitrate (BR1 1 ) over a path (P1) among one of at least two paths (P1, P2, P3) linking a first endpoint (1) and a second endpoint (2), said path (P1) being called an evaluation path, said first endpoint (1) being configured for sending data packets to said second endpoint (2), said second endpoint (2) being configured for sending at each data packet reception an acknowledgment message to said first endpoint (1) through one of the at least two path (P1, P2, P3) selected at each data packet reception. According to the invention, at the first endpoint (1), steps of: - inserting a flag (A) in a first data packet (DP1) out of said data packets to be transmitted to said second endpoint (2) through the evaluation path (P1); - sending said first data packet (DP1) through the evaluation path (P1); - measuring and recording a sending time (t1) of the first data packet (DP1) from said first endpoint (1); - receiving an acknowledgment message (Ack) sent by said second endpoint (2) through said evaluation path (P1) for acknowledging reception of said first data packet (DP1) at said second endpoint (2); - measuring and recording an arrival time (t2) of said acknowledgment message (Ack) at said first endpoint (1); - assessing the available bitrate (BR1 1 ) from an interval between the sending time (t1) and the arrival time (t2) and from the size of said first data packet (DP1).
    • 本发明涉及多径通信领域。 更具体地,本发明涉及一种用于在链接第一端点(1)和第二端点(2)的至少两个路径(P1,P2,P3)中的一个中的路径(P1)之间评估可用比特率(BR11) ,所述路径(P1)被称为评估路径,所述第一端点(1)被配置为向所述第二端点(2)发送数据分组,所述第二端点(2)被配置为在每个数据分组接收发送确认消息 通过在每个数据分组接收处选择的至少两个路径(P1,P2,P3)中的一个到所述第一端点(1)。 根据本发明,在第一端点(1),步骤: - 通过评估路径将要发送到所述第二端点(2)的所述数据分组插入第一数据分组(DP1)中的标志(A) (P1); - 通过所述评估路径(P1)发送所述第一数据分组(DP1); - 从所述第一端点(1)测量和记录所述第一数据分组(DP1)的发送时间(t1); - 接收所述第二端点(2)通过所述评估路径(P1)发送的确认消息(Ack),用于确认在所述第二端点处接收到所述第一数据分组(DP1); - 在所述第一端点(1)处测量和记录所述确认消息(Ack)的到达时间(t2); - 从发送时间(t1)和到达时间(t2)之间的间隔以及从所述第一数据分组(DP1)的大小来评估可用比特率(BR11)。
    • 23. 发明申请
    • A METHOD FOR RECOVERING CONTENT STREAMED INTO CHUNK
    • 一种用于恢复流向CHUNK的内容的方法
    • WO2011121083A1
    • 2011-10-06
    • PCT/EP2011/055030
    • 2011-03-31
    • THOMSON LICENSINGBICHOT, GuillaumeGOUACHE, Stéphane
    • BICHOT, GuillaumeGOUACHE, Stéphane
    • H04L29/06
    • H04L65/1046H04L65/4084H04L65/80H04L67/2823H04N19/12H04N19/156H04N19/164H04N19/30H04N19/89
    • The present invention concerns an adaptive streaming method, at a client device, for receiving content split into chunks corresponding to a content duration, the chunks being encoded at a server into at least a first and a second formats, the first format corresponding to a better content rendering quality level than the second format, a chunk being received during a chunk reception period. According to the invention, the method comprises the steps of measuring the available bandwidth between the client and the server for the next chunk reception period, requesting the server to send a chunk encoded at a format so that the chunk can be received during the next chunk reception period, and if some bandwidth is available for the next chunk reception period, requesting the server to send a part of a chunk encoded at a second format, the chunk having been received encoded at the first format.
    • 本发明涉及一种在客户端设备处的自适应流传输方法,用于接收分成对应于内容持续时间的块的内容,所述块在服务器处被编码为至少第一和第二格式,所述第一格式对应于更好的 内容呈现质量级别比第二格式,在块接收周期期间接收的块。 根据本发明,该方法包括以下步骤:在下一个块接收周期内测量客户端与服务器之间的可用带宽,请求服务器发送以格式编码的块,以便在下一个块期间可以接收该块 并且如果一些带宽可用于下一个块接收周期,则请求服务器发送以第二格式编码的块的一部分,已经接收到的以第一格式编码的块。
    • 29. 发明申请
    • METHOD FOR EVALUATING AN AVAILABLE PATH BITRATE BASED ON A COUPLE OF MARKERS INSERTED IN A SIGNAL SENT OVER SAID PATH
    • 基于在信号中插入的标记符号的符号的评估方法
    • WO2011128283A1
    • 2011-10-20
    • PCT/EP2011/055592
    • 2011-04-11
    • THOMSON LICENSINGGOUACHE, StephaneBSILA, AmineBICHOT, Guillaume
    • GOUACHE, StephaneBSILA, AmineBICHOT, Guillaume
    • H04L12/26H04L12/56
    • H04L45/24H04L43/0888H04L43/50
    • The invention relates to the field of multi-path communication. More particularly the invention deals with a method for evaluating at a first endpoint (1) an available bitrate (BR) over a path (P1) among one of at least two paths (P1, P2) linking the first endpoint (1) and a second endpoint (2), said path being called an evaluation path, said first endpoint (1) being configured for sending data packets to said second endpoint (2), said second endpoint (2) being configured for sending at each data packet reception an acknowledgment message to said first endpoint (1) through one of the at least two path (P1, P2) selected at each data packet reception. According to the invention, it involves a step of: sending to the second endpoint (2) via the evaluation path (P1) successively a first marker (HB1), at least one data packet and a second marker (HB2); receiving a first acknowledgment (HBAck1) sent by the second endpoint (2) via the evaluation path (P1) when the second endpoint (2) received the first marker (HB1); measuring a first arrival time (t1) of the first acknowledgment (HBAck1 ) at the first endpoint (1); receiving a second acknowledgment (HBAck2) sent by said second endpoint (2) via said evaluation path (P1) when said second endpoint (2) received the second marker (HB2); measuring a second arrival time (t2) of the second acknowledgment (HBAck2) at the first endpoint (1); evaluating the available bitrate (BR) from an interval between the second arrival time (t2) and the first arrival time (t1) and from an aggregated size of the at least one data packet sent by said first endpoint (1) to the second endpoint (2) via the evaluation path (P1) for which an acknowledgement message is received by the first endpoint (1) between said first arrival time (t1) and said second arrival time (t2).
    • 本发明涉及多径通信领域。 更具体地,本发明涉及一种用于在第一端点(1)和第一端点(1)之间的至少两条路径(P1,P2)之一上的路径(P1)上评估可用比特率(BR)的方法, 第二端点(2),所述路径被称为评估路径,所述第一端点(1)被配置为向所述第二端点(2)发送数据分组,所述第二端点(2)被配置为在每个数据分组接收 通过在每个数据分组接收处选择的至少两条路径(P1,P2)中的一条向所述第一端点(1)发送确认消息。 根据本发明,它涉及以下步骤:连续地经由评估路径(P1)向第二端点(2)发送第一标记(HB1),至少一个数据分组和第二标记(HB2); 当所述第二端点(2)接收到所述第一标记(HB1)时,经由所述评估路径(P1)接收由所述第二端点(2)发送的第一确认(HBAck1) 测量第一端点(1)处的第一确认(HBAck1)的第一到达时间(t1); 当所述第二端点(2)接收到所述第二标记(HB2)时,经由所述评估路径(P1)接收由所述第二端点(2)发送的第二确认(HBAck2) 测量在第一端点(1)处的第二确认(HBAck2)的第二到达时间(t2); 从所述第二到达时间(t2)和所述第一到达时间(t1)之间的间隔以及由所述第一端点(1)发送到所述第二端点(1)的所述至少一个数据分组的聚合大小来评估所述可用比特率(BR) (t1)和所述第二到达时间(t2)之间经由所述第一端点(1)接收到确认消息的评估路径(P1)。
    • 30. 发明申请
    • MULTIPATH DELIVERY FOR ADAPTIVE STREAMING
    • 多路自适应流量传输
    • WO2011101371A1
    • 2011-08-25
    • PCT/EP2011/052286
    • 2011-02-16
    • THOMSON LICENSINGBICHOT, GuillaumeGOUACHE, Stephane
    • BICHOT, GuillaumeGOUACHE, Stephane
    • H04N7/24H04L29/06
    • H04N21/44209H04L65/4084H04L65/4092H04L65/607H04L65/80H04L69/14H04N21/4621H04N21/4622H04N21/631
    • The present invention relates generally to adaptive streaming and in particular to a method for delivering content via adaptive streaming technique over multiple communication paths and a device implementing the method. Thus, the present invention concerns a method for providing a content to be rendered at a client device CD comprising at least a first and a second communication interface CI1, CI2, wherein said first and second interface CI1, CI2 having a communication address, said content being accessible to the client device CD via at least a first and a second server interface SI1, SI2 having a communication address, a first path P1 being identified by the address of said first interface CI1 and the address of the first server interface SI1, a second path P2 being identified by the address of said second interface CI2 and the address of the second server interface SI2, said content being available under at least two versions having an encoding quality corresponding to a supported bit rate BRA, BRB constraint, each of said at least two versions being temporally split into chunks corresponding to an identical rendered duration of the content, a chunk being identified by a time index i and by one of the supported bit rate BRA, BRB. According to the invention the method comprises the steps of: - S1 measuring a first available bit rate BR1 on the first path P1 and a second available bit rate BR2 on the second path P2; S2 determining a requested bit rate RBR among the supported bit rate BRA, BRB from the measured first available bit rate BR1 and from the measured second available bit rate BR2; - S3 sending a first request via the first path P1 for receiving a first part of the chunk identified by the time index i and by the requested bit rate RBR and a second request via the second path P2 for receiving a second part of said chunk, said first and second part of the chunk being complementary; S4 receiving the requested first part via the first path P1 and the requested second part via the second path P2.
    • 本发明一般涉及自适应流传输,尤其涉及通过多个通信路径经由自适应流技术传送内容的方法和实施该方法的设备。 因此,本发明涉及一种用于提供在包括至少第一和第二通信接口CI1,CI2的客户端设备CD处呈现的内容的方法,其中所述第一和第二接口CI1,CI2具有通信地址,所述内容 可以通过至少具有通信地址的第一和第二服务器接口SI1,SI2向客户端设备CD访问,由第一接口CI1的地址和第一服务器接口SI1的地址标识的第一路径P1, 第二路径P2由所述第二接口CI2的地址和第二服务器接口SI2的地址标识,所述内容在具有对应于支持的比特率BRA,BRB约束的编码质量的至少两个版本中可用,所述每个所述 至少两个版本在时间上划分成对应于内容的相同渲染持续时间的块,块被时间索引i和由 支持的比特率BRA,BRB。 根据本发明,该方法包括以下步骤:S1测量第一路径P1上的第一可用比特率BR1和第二路径P2上的第二可用比特率BR2; S2从所测量的第一可用比特率BR1和所测量的第二可用比特率BR2确定支持的比特率BRA,BRB中的请求比特率RBR; S3通过第一路径P1发送第一请求,用于接收由时间索引i标识的块的第一部分以及经请求的比特率RBR和经由第二路径P2的第二请求,用于接收所述块的第二部分, 说大块的第一和第二部分是互补的; S4经由第一路径P1和所请求的第二部分经由第二路径P2接收所请求的第一部分。