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    • 24. 发明授权
    • Using directional antennas to enhance wireless mesh networks
    • 使用定向天线来增强无线网状网络
    • US07295806B2
    • 2007-11-13
    • US10449545
    • 2003-05-30
    • Christopher J. CorbettWarren V. BarkleyAmer Aref Hassan
    • Christopher J. CorbettWarren V. BarkleyAmer Aref Hassan
    • H04B7/15
    • H04W16/28H04W84/18
    • The principles of the present invention provide for using directional antennas to adaptively communicate in a wireless mesh network. A number of infrastructure components are included in a wireless mesh network environment. Each infrastructure component includes an omni-directional antenna and one or more directional antennas (e.g., electronically steered phased array antennas) that can be used to communicate with other infrastructure component and wireless devices. Directional antennas can utilize one or more directional beams that can be directed towards an infrastructure component or wireless device to communicate with the infrastructure component or wireless device. Infrastructure components can adapt to communicate with the same destination through different intermediary infrastructure components. Since the signal strength of a directional beam can be greater than that of an omni-directional antenna of the same gain, infrastructure components can be separated by greater distances.
    • 本发明的原理提供了使用定向天线来在无线网状网络中进行自适应通信。 无线网状网络环境中包含许多基础架构组件。 每个基础设施组件包括全向天线和一个或多个定向天线(例如,电子导向相控阵天线),其可用于与其他基础设施组件和无线设备通信。 定向天线可以利用一个或多个定向波束,其可以被引导到基础设施组件或无线设备以与基础设施组件或无线设备进行通信。 基础架构组件可以通过不同的中间架构组件适应与同一目的地的通信。 由于定向波束的信号强度可以大于相同增益的全向天线的信号强度,所以基础设施组件可以分开更大的距离。
    • 27. 发明申请
    • Optimizing Conferencing Performance
    • 优化会议性能
    • US20100284311A1
    • 2010-11-11
    • US12843061
    • 2010-07-26
    • Tim M. MooreWarren V. BarkleyYiu-Ming Leung
    • Tim M. MooreWarren V. BarkleyYiu-Ming Leung
    • G06F15/16H04L12/16H04L12/66G06F15/173
    • H04M3/567H04L12/1827H04L47/10H04L47/2441H04L65/4038H04L65/608H04L65/80
    • Optimized conferencing performance may be provided. First, a plurality of data streams respectively received from a plurality of conferencing users may be monitored. Then, for each of the plurality of conferencing users, a plurality of talk frequency conditions respectively corresponding to the plurality of conferencing users may be determined based upon the monitored plurality of data streams. The plurality of talk frequency conditions may comprise, for example, active-talker, infrequent talker, or listener-only. Next, a plurality of data packet size values respectively corresponding to the plurality of conferencing users may be determined based upon the determined plurality of talk frequency conditions. The plurality of data streams may then be mixed to create data. Next, the data may be transmitted to each of the plurality of conferencing users respectively using the determined plurality of data packet size values respectively corresponding to the plurality of conferencing users.
    • 可以提供优化的会议性能。 首先,可以监视分别从多个会议用户接收的多个数据流。 然后,对于多个会议用户中的每一个,可以基于所监视的多个数据流来确定分别对应于多个会议用户的多个通话频率状况。 多个通话频率条件可以包括例如主动说话者,不频繁的讲话者或仅收听者。 接下来,可以基于确定的多个通话频率条件来确定分别对应于多个会议用户的多个数据分组大小值。 然后可以混合多个数据流以创建数据。 接下来,可以分别使用分别对应于多个会议用户的确定的多个数据分组大小值将数据发送到多个会议用户中的每一个。
    • 28. 发明申请
    • Optimizing Conferencing Performance
    • 优化会议性能
    • US20090172095A1
    • 2009-07-02
    • US11964376
    • 2007-12-26
    • Tim M. MooreWarren V. BarkleyYiu-Ming Leung
    • Tim M. MooreWarren V. BarkleyYiu-Ming Leung
    • G06F15/16
    • H04M3/567H04L12/1827H04L47/10H04L47/2441H04L65/4038H04L65/608H04L65/80
    • Optimized conferencing performance may be provided. First, a plurality of data streams respectively received from a plurality of conferencing users may be monitored. Then, for each of the plurality of conferencing users, a plurality of talk frequency conditions respectively corresponding to the plurality of conferencing users may be determined based upon the monitored plurality of data streams. The plurality of talk frequency conditions may comprise, for example, active-talker, infrequent talker, or listener-only. Next, a plurality of data packet size values respectively corresponding to the plurality of conferencing users may be determined based upon the determined plurality of talk frequency conditions. The plurality of data streams may then be mixed to create data. Next, the data may be transmitted to each of the plurality of conferencing users respectively using the determined plurality of data packet size values respectively corresponding to the plurality of conferencing users.
    • 可以提供优化的会议性能。 首先,可以监视从多个会议用户分别接收的多个数据流。 然后,对于多个会议用户中的每一个,可以基于所监视的多个数据流来确定分别对应于多个会议用户的多个通话频率状况。 多个通话频率条件可以包括例如主动说话者,不频繁的讲话者或仅收听者。 接下来,可以基于确定的多个通话频率条件来确定分别对应于多个会议用户的多个数据分组大小值。 然后可以混合多个数据流以创建数据。 接下来,可以分别使用分别对应于多个会议用户的确定的多个数据分组大小值将数据发送到多个会议用户中的每一个。