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    • 5. 发明授权
    • Dynamic image provisioning
    • 动态图像配置
    • US06931661B2
    • 2005-08-16
    • US09756575
    • 2001-01-08
    • Edwin Derek Smith
    • Edwin Derek Smith
    • H04N1/42G09G5/00H04M1/00
    • H04N21/2356H04N1/32776H04N1/42H04N21/41407H04N21/6377H04N21/8153
    • A method of transmitting an image from a remote server to a portable device and dynamically viewing, by a human observer, the transmitted image on a display of the portable device. On a remote server, a master set of data representative of a graphic image (30) is processed to form a first subset of data representative of a portion of the graphic image. The data is transmitted to the portable device (49) and drawn on the display (34). The user selects a portion of the image to be further expanded and the master database is again processed to form a second subset of data representative of the selected portion of the image. The second subset of data is transmitted to the portable device and drawn (36) on the display.
    • 将图像从远程服务器发送到便携式设备并由人类观察者在便携式设备的显示器上动态地观察图像的方法。 在远程服务器上,处理表示图形图像(30)的数据的主组,以形成表示图形图像的一部分的第一数据子集。 将数据发送到便携式设备(49)并绘制在显示器(34)上。 用户选择要进一步扩展的图像的一部分,并且再次处理主数据库以形成表示图像的所选部分的数据的第二子集。 数据的第二子集被传送到便携式设备并在显示器上画出(36)。
    • 10. 发明授权
    • Method and apparatus for expediting delivery of programming content over a broadband network
    • 用于加速通过宽带网络传送节目内容的方法和装置
    • US08700792B2
    • 2014-04-15
    • US12023399
    • 2008-01-31
    • Gary Hughes
    • Gary Hughes
    • G06F15/16H04N7/173
    • H04N21/6408H04L65/4084H04L65/80H04N7/17318H04N21/2221H04N21/2356H04N21/2383H04N21/4331H04N21/4382H04N21/4383H04N21/4384H04N21/6405
    • A method is provided that is performed by a client device such a set top box when a viewer requests a program by initiating a channel change from a program guide or entering a channel through the user interface. The client device receives the user request and, in response, the client device transmits the request to the streaming server in the headend, which causes the streaming server to create a unicast catch up stream that commences with a key frame. The streaming server calculates the end point of the catch up stream and continues to send the catch up stream at a rate faster than real time. The client device receives the catch up stream and begins buffering it. While the catch up stream is being buffered the client device begins decoding and presenting the content. The client device receives the end of stream marker, and in response, sends a request to join the multicast stream. Once the client device starts receiving the multicast stream, the client device discards any remaining images or pictures in the catch up stream that precede the synchronization time. The client device also begins to buffer the multicast stream as it continues to play the buffered catch up stream. When it reaches the end of the catch up stream, the client device begins to play out the buffered multicast stream.
    • 提供了当观众通过从节目指南启动频道改变或通过用户界面进入频道来请求节目时由诸如机顶盒的客户端设备执行的方法。 客户机设备接收用户请求,并且作为响应,客户端设备将该请求发送到头端中的流服务器,这导致流服务器创建从关键帧开始的单播追加流。 流服务器计算追赶流的终点,并以比实时更快的速度继续发送追赶流。 客户端设备接收上行流并开始缓冲。 当追赶流被缓冲时,客户端设备开始解码和呈现内容。 客户端设备接收流标识符的结尾,作为响应,发送加入组播流的请求。 一旦客户端设备开始接收多播流,客户端设备会丢弃在同步时间之前的追赶流中的剩余图像或图片。 当客户端设备继续播放缓冲的追加流时,客户端设备也开始缓冲多播流。 当它到达追加流的末尾时,客户端设备开始播放缓冲的多播流。