会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 6. 发明授权
    • Flexible interface for controlling streaming data in passive streaming plug-ins
    • 灵活的接口,用于控制被动流式插件中的流数据
    • US06934954B1
    • 2005-08-23
    • US09629289
    • 2000-07-31
    • Brian D. CritesRobin SpeedGeoffrey DunbarSerge Smirnov
    • Brian D. CritesRobin SpeedGeoffrey DunbarSerge Smirnov
    • G06F9/00G06F9/44
    • G06F9/544H04N21/4143H04N21/443
    • A flexible interface that enables an application to communicate directly with processing modules to easily control the processing of streaming data. The interface provides basic commands for applications to use to communicate with processing modules and provides the flexibility to adapt to changing standards. The interface enable an application to set the type of input and output data formats of a processing module and control when the processing module processes input data and generates output data. The processing modules enurmerate its capabilities by category, by media type, or by both category and media type. Processing modules are registered by class ID, category, whether the application needs a key, the number and types of input data types, and the number and type of output data types to register.
    • 一个灵活的界面,使应用程序能够直接与处理模块进行通信,从而轻松控制流数据的处理。 该界面提供了应用程序用于与处理模块进行通信的基本命令,并提供了适应不断变化的标准的灵活性。 该接口使应用程序能够设置处理模块的输入和输出数据格式的类型,并在处理模块处理输入数据并生成输出数据时进行控制。 处理模块通过类别,媒体类型或类别和媒体类型来激活其功能。 处理模块通过类ID,类别注册,应用程序是否需要密钥,输入数据类型的数量和类型以及要注册的输出数据类型的数量和类型。
    • 7. 发明授权
    • Flexible interface for controlling streaming data in passive streaming plug-ins
    • 灵活的接口,用于控制被动流式插件中的流数据
    • US07600233B2
    • 2009-10-06
    • US10896456
    • 2004-07-22
    • Brian D. CritesRobin SpeedGeoffrey DunbarSerge Smirnov
    • Brian D. CritesRobin SpeedGeoffrey DunbarSerge Smirnov
    • G06F13/00
    • G06F9/544H04N21/4143H04N21/443
    • A flexible interface that enables an application to communicate directly with processing modules to easily control the processing of streaming data. The interface provides basic commands for applications to use to communicate with processing modules and provides the flexibility to adapt to changing standards. The interface enables an application to set the type of input and output data formats of a processing module and control when the processing module processes input data and generates output data. The processing modules enumerate its capabilities by category, by media type, or by both category and media type. Processing modules are registered by class ID, category, whether the application needs a key, the number and types of input data types, and the number and type of output data types to register.
    • 一个灵活的界面,使应用程序能够直接与处理模块进行通信,从而轻松控制流数据的处理。 该界面提供了应用程序用于与处理模块进行通信的基本命令,并提供了适应不断变化的标准的灵活性。 该接口使应用程序可以设置处理模块的输入和输出数据格式的类型,并在处理模块处理输入数据并生成输出数据时进行控制。 处理模块按类别,媒体类型或类别和媒体类型列举其功能。 处理模块通过类ID,类别注册,应用程序是否需要密钥,输入数据类型的数量和类型以及要注册的输出数据类型的数量和类型。
    • 8. 发明授权
    • Media foundation topology
    • 媒体基础拓扑
    • US07774375B2
    • 2010-08-10
    • US10608868
    • 2003-06-27
    • Eric RudolphKirt DebiqueGeoffrey T. DunbarSohail Baig MohammedBrian D. CritesRobin C. B. SpeedMei L. Wilson
    • Eric RudolphKirt DebiqueGeoffrey T. DunbarSohail Baig MohammedBrian D. CritesRobin C. B. SpeedMei L. Wilson
    • G06F17/30
    • H04L65/604H04L29/06027
    • A multimedia processing system and methods provide flexibility and modularity by separating data flow information from maintaining of stream state for multimedia components. The system includes a media processor component to process received media data, a media session to determine a timeline for events to occur for performing media processing and a topology loader component to load a topology that describes a flow for the received media data to enable processing via an extensible symbolic abstraction of media objects. The topology loader ensures that events described in the topology occur. The system also includes core layer components such as media sink components to determine a media stream for output from the multimedia processing system and a media source component coupled to supply media data for processing. The topology created in the system symbolically provides data flow information, independent of maintaining a streaming state of control information.
    • 多媒体处理系统和方法通过将数据流信息与维持多媒体组件的流状态分开来提供灵活性和模块化。 该系统包括用于处理接收到的媒体数据的媒体处理器组件,用于确定用于执行媒体处理的事件的时间线的媒体会话,以及拓扑加载器组件来加载描述所接收的媒体数据的流的拓扑,以便能够经由 媒体对象的可扩展符号抽象。 拓扑加载器确保拓扑中描述的事件发生。 该系统还包括诸如媒体接收器组件的核心层组件,以确定用于从多媒体处理系统输出的媒体流和耦合到供应媒体数据进行处理的媒体源组件。 在系统中创建的拓扑符号地提供数据流信息,与维护控制信息的流状态无关。
    • 10. 发明授权
    • Interactive entertainment network system and method for providing
program listings during non-peak times
    • 交互式娱乐网络系统和方法,用于在非高峰时段提供节目列表
    • US5657072A
    • 1997-08-12
    • US629814
    • 1996-04-10
    • Phivos C. AristidesBrian D. CritesRobert M. Hohman
    • Phivos C. AristidesBrian D. CritesRobert M. Hohman
    • H04N7/173H04N21/433H04N21/84
    • H04N21/4332H04N21/4331H04N21/84H04N7/17318H04N7/17354
    • An interactive entertainment network system has a program provider, multiple user interface units in individual homes, and a distribution network interconnecting the program provider and the user interface units. The program provider has a storage medium containing a plurality of program data records which contain programming information about the programs provided by the program provider. An electronic program guide (EPG) executes on each user interface unit. The EPG requests the program data records from the storage medium at the program provider and displays the programming information contained in the program data records. To prevent burdensome demand during certain high activity peak time when a plurality of the electronic program guides are likely to concurrently request the program data records, the program provider transmits at least some of the program data records to a plurality of the user interface units prior to a peak time. The program provider initiates this transmission on its own, and not in response to a request from any EPG. The user interface units store the program data records in a record cache for use by the EPG during the ensuing peak time. In this manner, the EPG can display the programming information contained in the stored program data records during the peak time, rather than requesting the information from the program provider.
    • 交互式娱乐网络系统具有节目提供者,个人住宅中的多个用户界面单元以及互连节目提供者和用户界面单元的分发网络。 节目提供者具有包含多个节目数据记录的存储介质,该节目数据记录包含关于由节目提供者提供的节目的节目信息。 电子节目指南(EPG)在每个用户界面单元上执行。 EPG从节目提供者的存储介质请求节目数据记录,并显示包含在节目数据记录中的节目信息。 为了防止在多个电子节目指南可能同时请求节目数据记录的某些高活动高峰时间期间的繁重需求,节目提供者将至少一些节目数据记录发送给多个用户界面单元 高峰时间。 程序提供者自己启动此传输,而不是响应任何EPG的请求。 用户界面单元将程序数据记录存储在记录高速缓存中以供EPG在接下来的高峰时间使用。 以这种方式,EPG可以在高峰时间显示包含在所存储的节目数据记录中的节目信息,而不是从节目提供者请求信息。