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    • 1. 发明授权
    • Video data streamer for simultaneously conveying same one or different
ones of data blocks stored in storage node to each of plurality of
communication nodes
    • 视频数据流传送器,用于将存储在存储节点中的相同的一个或多个数据块同时传送到多个通信节点中的每一个
    • US5712976A
    • 1998-01-27
    • US302624
    • 1994-09-08
    • Lorenzo Falcon, Jr.Ashok Raj Saxena
    • Lorenzo Falcon, Jr.Ashok Raj Saxena
    • G06F12/00G06F3/06G11B20/12H04N5/76H04N5/92H04N7/16H04N7/173H04N21/2318H04N21/262G06F13/00
    • H04N21/21G06F3/0601H04N21/23H04N7/17336G06F2003/0691G06F2003/0692
    • A media streamer (10) includes at least one storage node (16) including mass storage for storing a digital representation of at least one video presentation. The mass storage is comprised of a plurality of mass storage units. The at least one video presentation requires a time T to present in its entirety, and is stored as a plurality of N data blocks. Each data block stores data corresponding to approximately a T/N period of the video presentation. The media streamer further includes a plurality of communication nodes (14) each having at least one input port that is coupled to an output of the at least one storage node for receiving a digital representation of a video presentation therefrom. Each of the plurality of communication nodes further includes a plurality of output ports individual ones of which transmit a digital representation as a data stream to a consumer of the digital representation. The N data blocks of the digital representation are partitioned into X stripes, wherein data blocks 1, X+1, 2*X+1, . . . etc., are associated with a first one of the X stripes, data blocks 2, X+2, 2*X+2, . . . etc., are associated with a second one of the X stripes, etc., and wherein individual ones of the X stripes are each stored on a different one of the plurality of mass storage units. The plurality of mass storage units preferably store a single copy of a digital representation of a video presentation. The X stripes are read out in such a manner as to enable a plurality of data streams to simultaneously convey a same one of the N data blocks, or are read out in such a manner as to enable a plurality of data streams to simultaneously convey a different one of the N data blocks.
    • 媒体流分送器(10)包括至少一个存储节点(16),其包括大容量存储器,用于存储至少一个视频呈现的数字表示。 大容量存储器由多个大容量存储单元组成。 至少一个视频呈现需要时间T来呈现整体,并且被存储为多个N个数据块。 每个数据块存储与视频呈现的大约T / N周期相对应的数据。 媒体流传送器还包括多个通信节点(14),每个通信节点具有耦合到至少一个存储节点的输出的至少一个输入端口,用于从其接收视频呈现的数字表示。 多个通信节点中的每一个还包括多个输出端口,其中各个输出端口将数字表示作为数据流发送给数字表示的消费者。 数字表示的N个数据块被划分为X条纹,其中数据块1,X + 1,2 * X + 1,...。 。 。 与X条纹,数据块2,X + 2,2 * X + 2,...中的第一条相关联。 。 。 等等,与X条纹等中的第二条纹相关联,并且其中X条纹中的各个条纹各自存储在多个质量存储单元中的不同的一个。 多个大容量存储单元优选地存储视频呈现的数字表示的单个副本。 读出X条纹,使得多个数据流能够同时传送N个数据块中的相同数据块,或者以允许多个数据流同时传送一个数据流的方式被读出 不同的N个数据块之一。
    • 3. 发明授权
    • Video optimized media streamer user interface employing non-blocking
switching to achieve isochronous data transfers
    • US5805821A
    • 1998-09-08
    • US906567
    • 1997-08-05
    • Ashok Raj SaxenaPong-Sheng Wang
    • Ashok Raj SaxenaPong-Sheng Wang
    • G06F3/06G06F12/00H04N5/765H04N5/92H04N5/93H04N7/173H01J13/00
    • H04N21/21H04N21/23H04N7/17336
    • A media streamer (10) includes at least one control node (18); a user interface (64, 65, 66) having an output coupled to the at least one control node; at least one storage node (16, 17) for storing a digital representation of at least one video presentation; and a plurality of communication nodes (14) each having an input port for receiving a digital representation of at least one video presentation therefrom. The video presentation requires a time T to present in its entirety, and is stored as a plurality of N data blocks. Each data block stores data corresponding to a T/N period of the video presentation. Each communication nodes further has a plurality of output ports for outputting a digital representation. A circuit switch (12) is connected between the at least one storage node and the input ports of communication nodes for coupling one or more input ports to the at least one storage node. The user interface includes a capability for specifying commands for execution, and the at least one control node is responsive to individual ones of the commands for controlling at least one of the at least one storage node and at least one of the plurality of communication nodes, in cooperation with the circuit switch, so as to execute a function associated with individual ones of the commands. The commands may include video cassette recorder-like commands that include commands selected from a group that includes a Load command, an Eject command, a Play command, a Slow command, a Fast Forward command, a Pause command, a Stop command, a Rewind command, and a Mute command. The commands may also include commands selected from a group that includes a Play List command, a Play Length command, and a Batch command. A synchronous application program interface (API) is provided for coupling, via the user interface, a user application program to the at least one control node. The API includes Remote Procedure Call (RPC) procedures.