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    • 4. 发明授权
    • Customized advertisement splicing in encrypted entertainment sources
    • 加密娱乐源中的定制广告拼接
    • US07912217B2
    • 2011-03-22
    • US11688609
    • 2007-03-20
    • Mark J. BaugherDavid R. Oran
    • Mark J. BaugherDavid R. Oran
    • H04N7/167
    • H04N7/1675H04N21/4405H04N21/458H04N21/6437H04N21/812
    • In one embodiment, a method includes receiving gap information from an entertainment content source configured to provide an entertainment stream associated with a contributing source information providing a source of the entertainment stream and a chronological order to render the entertainment stream, the entertainment stream being encrypted and having an associated first decryption key multiplexed into a key distribution system, the gap information identifying a gap in the entertainment stream where an ad may be one of inserted or substituted, synchronizing a target ad from an advertisement stream to a time base corresponding to the gap, decrypting the entertainment stream using the first decryption key selected from the key distribution system based on the contributing source information, and rendering the entertainment stream and the target ad as a composite stream based on the chronological order, the target ad being rendered during the gap in the entertainment stream.
    • 在一个实施例中,一种方法包括从娱乐内容源接收间隙信息,该娱乐内容源被配置为提供与提供娱乐流的源的贡献源信息相关联的娱乐流,以及按照时间顺序呈现娱乐流,娱乐流被加密, 将相关联的第一解密密钥多路复用到密钥分发系统中,所述间隙信息标识娱乐流中的间隙,其中广告可以是插入或替换的一个,将目标广告从广告流同步到对应于间隙的时基 使用从密钥分配系统中选出的第一解密密钥来解密娱乐流,并根据时间顺序将娱乐流和目标广告呈现为复合流,目标广告在间隙期间呈现 在娱乐流。
    • 7. 发明申请
    • Customized Advertisement Splicing In Encrypted Entertainment Sources
    • 加密娱乐源中的定制广告拼接
    • US20080235722A1
    • 2008-09-25
    • US11688609
    • 2007-03-20
    • Mark J. BaugherDavid R. Oran
    • Mark J. BaugherDavid R. Oran
    • H04N7/10
    • H04N7/1675H04N21/4405H04N21/458H04N21/6437H04N21/812
    • In one embodiment, a method includes receiving gap information from an entertainment content source configured to provide an entertainment stream associated with a contributing source information providing a source of the entertainment stream and a chronological order to render the entertainment stream, the entertainment stream being encrypted and having an associated first decryption key multiplexed into a key distribution system, the gap information identifying a gap in the entertainment stream where an ad may be one of inserted or substituted, synchronizing a target ad from an advertisement stream to a time base corresponding to the gap, decrypting the entertainment stream using the first decryption key selected from the key distribution system based on the contributing source information, and rendering the entertainment stream and the target ad as a composite stream based on the chronological order, the target ad being rendered during the gap in the entertainment stream.
    • 在一个实施例中,一种方法包括从娱乐内容源接收间隙信息,该娱乐内容源被配置为提供与提供娱乐流的源的贡献源信息相关联的娱乐流,以及按照时间顺序呈现娱乐流,娱乐流被加密, 将相关联的第一解密密钥多路复用到密钥分发系统中,所述间隙信息标识娱乐流中的间隙,其中广告可以是插入或替换的一个,将目标广告从广告流同步到对应于间隙的时基 使用从密钥分配系统中选出的第一解密密钥来解密娱乐流,并根据时间顺序将娱乐流和目标广告呈现为复合流,目标广告在间隙期间呈现 在娱乐流。
    • 8. 发明授权
    • Proxy-based reservation of network resources
    • 基于代理的网络资源预留
    • US6101549A
    • 2000-08-08
    • US721833
    • 1996-09-27
    • Mark J. BaugherSubha DhesikanEma Y. Patki
    • Mark J. BaugherSubha DhesikanEma Y. Patki
    • H04L12/56G06F15/173
    • H04L12/5695H04L47/724H04L47/806H04L47/825H04L47/826H04L2212/00
    • A method of communicating messages across a network is provided. A router receives an RSVP (Resource Reservation Protocol) PATH message from a sending host that is directed to a receiving host. Upon identifying the protocol of the incoming PATH message as RSVP, the router accesses a proxy look-up table to identify a proxy host acting on behalf of the receiving host. The router then adds a proxy header to the PATH message and redirects the PATH message to the proxy host by sending the message to a predetermined port. The proxy host receives the PATH message and, in response, sends a resource reservation request (RESV) message onto the network with a proxy header and directed to the predetermined port. The router receives the RESV message, strips off the proxy header, and forwards the RESV message to the sending host as if the message had originated from the receiving host. A proxy host can also send PATH messages on behalf of the sending host. In that case, the proxy host adds a proxy header to the PATH message and directs the PATH message to the predetermined port. The router receives the PATH message, strips off the proxy header, and sends the PATH message to the receiving host as if the PATH message had originated form the sending host. The router also receives RESV messages from the receiving host or its proxy and redirects them to the proxy for the sending host.
    • 提供了一种通过网络传送消息的方法。 路由器从指向接收主机的发送主机接收RSVP(资源预留协议)PATH消息。 在将传入PATH消息的协议识别为RSVP之后,路由器访问代理查询表以识别代表接收主机行为的代理主机。 路由器然后将代理头添加到PATH消息中,并通过将消息发送到预定端口将PATH消息重定向到代理主机。 代理主机接收PATH消息,作为响应,使用代理报头将资源预留请求(RESV)消息发送到网络上并被引导到预定端口。 路由器接收RESV消息,剥离代理报头,并将RESV消息转发到发送主机,就好像消息源自接收主机一样。 代理主机还可以代表发送主机发送PATH消息。 在这种情况下,代理主机向PATH消息添加代理头,并将PATH消息引导到预定端口。 路由器接收PATH消息,剥离代理头,并将PATH消息发送到接收主机,就像PATH消息从发送主机发起一样。 路由器还从接收主机或其代理接收RESV消息,并将其重定向到发送主机的代理。
    • 10. 发明授权
    • System and method for bandwidth reservation for multimedia traffic in
communication networks
    • 通信网络中多媒体流量带宽预留的系统和方法
    • US5388097A
    • 1995-02-07
    • US85274
    • 1993-06-29
    • Mark J. BaugherDaniel D. HeimsothIsabel B. Van Horn
    • Mark J. BaugherDaniel D. HeimsothIsabel B. Van Horn
    • G06F13/00G06F15/16G06F15/177H04L12/433H04L12/42
    • H04L12/433
    • A system and method is provided to compliment use of priority for reserved traffic in multimedia computerized data communication networks, to insure that the opportunity for transmitting large, unreserved data frames is constrained. If frames transmitted when the server releases a token tend to be small, then the server will capture a larger portion of the bandwidth. Thus, a short bandwidth reservation acknowledgement is transmitted onto the ring by the client for selected frames which it receives. This is not addressed to any station on the ring. Rather it is simply transmitted at a non-zero priority less than the server's priority. The criteria which is employed by the client for such acknowledgement is that the sender will send a bandwidth reservation acknowledgement only when the IEEE 802.5 AC field is set, but will do so for a fixed amount of time or for a fixed number of received frames. This criteria provides an optimization reducing overall ring utilization, since the bandwidth reservation acknowledgement is only sent when the ring is congested. A communication network is disclosed which transmits an unsolicited acknowledgement at non-zero priority for each non-zero priority frame received, such system thereby being independent of the communication protocol employed by the network station.
    • 提供了一种系统和方法,以补充在多媒体计算机化数据通信网络中对预留业务的优先级的使用,以确保发送大的,未预留的数据帧的机会受到约束。 如果在服务器释放令牌时发送的帧趋向于较小,则服务器将捕获更大部分的带宽。 因此,短带宽预留确认由客户端向其接收的所选帧传送到环上。 这不是针对环上的任何电台。 而是简单地以比服务器优先级低的优先级发送。 客户端对这种确认采用的标准是发送方仅在设置IEEE 802.5 AC字段时才发送带宽预留确认,但是将在固定的时间量或固定数量的接收帧之间发送带宽预留确认。 该标准提供了降低总体环使用率的优化,因为仅当环路拥塞时才发送带宽预留确认。 公开了一种通信网络,其对于接收的每个非零优先级帧以非零优先级发送非请求确认,因此该系统独立于网络站采用的通信协议。