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    • 1. 发明申请
    • METHOD AND SYSTEM FOR ALLOCATING BANDWIDTH BASED ON TRANSMISSION POWER OF DEVICES TRANSMITTING OVER COMMUNICATION CHANNELS IN A NETWORK
    • 基于网络中通信信道传输的设备传输功率分配带宽的方法和系统
    • US20090113503A1
    • 2009-04-30
    • US12258661
    • 2008-10-27
    • Ayham Al-BannaTom Cloonan
    • Ayham Al-BannaTom Cloonan
    • H04N7/173
    • H04B1/401H04L12/2801
    • A method performed by a central network device, such as a network edge device, or a CMTS, determines whether some of a plurality of user devices coupled to a communication device are transmitting at substantially their respective maximum power output level over a given channel. If the central device determines that some of the devices are operating at near their maximum output level (“power pegged,) the central device searches for another channel that can carry the traffic of the power pegged devices at reduced data rate. If another channel can accommodate transmission of signals of the power pegged device, the central device instructs the power pegged devices to tune to the new channel at a reduced data rate compared to the data rate of the current channel.
    • 由诸如网络边缘设备或CMTS的中央网络设备执行的方法确定耦合到通信设备的多个用户设备中的某些用户设备是否以基本上在给定信道上的相应的最大功率输出电平进行发送。 如果中央设备确定某些设备在接近其最大输出电平(“电力挂接”)下运行,则中央设备将搜索可以以降低的数据速率承载电力挂接设备的流量的另一个通道,如果另一个通道可以 适应电力挂接设备的信号传输,中央设备指示电力挂接设备以与当前信道的数据速率相比降低的数据速率来调谐到新信道。
    • 2. 发明授权
    • Method and system for allocating bandwidth based on transmission power of devices transmitting over communication channels in a network
    • 基于通过网络中的通信信道发送的设备的传输功率来分配带宽的方法和系统
    • US08136141B2
    • 2012-03-13
    • US12258661
    • 2008-10-27
    • Ayham Al-BannaTom Cloonan
    • Ayham Al-BannaTom Cloonan
    • H04N7/173H04J1/16
    • H04B1/401H04L12/2801
    • A method performed by a central network device, such as a network edge device, or a CMTS, determines whether some of a plurality of user devices coupled to a communication device are transmitting at substantially their respective maximum power output level over a given channel. If the central device determines that some of the devices are operating at near their maximum output level (“power pegged,) the central device searches for another channel that can carry the traffic of the power pegged devices at reduced data rate. If another channel can accommodate transmission of signals of the power pegged device, the central device instructs the power pegged devices to tune to the new channel at a reduced data rate compared to the data rate of the current channel.
    • 由诸如网络边缘设备或CMTS的中央网络设备执行的方法确定耦合到通信设备的多个用户设备中的某些用户设备是否以基本上在给定信道上的相应的最大功率输出电平进行发送。 如果中央设备确定某些设备在接近其最大输出电平(“电力挂接”)下运行,则中央设备将搜索可以以降低的数据速率承载功率固定设备的流量的另一个信道。 如果另一个信道可以适应功率固定设备的信号传输,则与当前信道的数据速率相比,中央设备指示电力挂接设备以降低的数据速率调谐到新信道。
    • 7. 发明授权
    • Low-latency cost-effective upstream scheduler
    • 低延迟性价比高的上游调度器
    • US09363202B1
    • 2016-06-07
    • US13668928
    • 2012-11-05
    • Ayham Al-Banna
    • Ayham Al-Banna
    • H04L12/28H04L12/911
    • H04L47/828H04L12/2801H04L12/2879
    • Systems, methods and computer readable media for providing low-latency scheduling on upstream channels. Systems and methods can include a low-latency scheduler and a network interface. The low-latency scheduler can assign a first group of upstream channels for standard communication of packets on a network, and to assign a second group of upstream channels for communication of small upstream packets on the network. The network interface can communicate transmission opportunities identified by the low-latency scheduler to the subscriber devices. The transmission opportunities for subscriber devices are assigned such that devices with a threshold amount of traffic receive transmission opportunities in the first group of upstream channels, and subscriber devices with less than the threshold amount of traffic receive transmission opportunities in the second group of upstream channels.
    • 用于在上游信道上提供低延迟调度的系统,方法和计算机可读介质。 系统和方法可以包括低延迟调度器和网络接口。 低延迟调度器可以为网络上的分组的标准通信分配第一组上行信道,并且为网络上的小型上行分组通信分配第二组上行信道。 网络接口可以将由低延迟调度器识别的传输机会传送给订户设备。 分配订户设备的传输机会,使得具有阈值流量的设备在第一组上行信道中接收传输机会,并且具有小于阈值流量的订户设备在第二组上行信道中接收传输机会。
    • 10. 发明授权
    • Method and system for allocating bandwidth based on transmission power of devices transmitting over communications channels in a network
    • 基于通过网络中的通信信道发送的设备的传输功率来分配带宽的方法和系统
    • US08578435B1
    • 2013-11-05
    • US13419208
    • 2012-03-13
    • Ayham Al-BannaThomas Cloonan
    • Ayham Al-BannaThomas Cloonan
    • H04N7/173
    • H04B1/401H04L12/2801
    • A method performed by a central network device, such as a network edge device, or a CMTS, determines whether some of a plurality of user devices coupled to a communication device are transmitting at substantially their respective maximum power output level over a given channel. If the central device determines that some of the devices are operating at near their maximum output level (“power pegged,) the central device searches for another channel that can carry the traffic of the power pegged devices at reduced data rate. If another channel can accommodate transmission of signals of the power pegged device, the central device instructs the power pegged devices to tune to the new channel at a reduced data rate compared to the data rate of the current channel.
    • 由诸如网络边缘设备或CMTS的中央网络设备执行的方法确定耦合到通信设备的多个用户设备中的某些用户设备是否以基本上在给定信道上的相应的最大功率输出电平进行发送。 如果中央设备确定某些设备在接近其最大输出电平(“电力挂接”)下运行,则中央设备将搜索可以以降低的数据速率承载电力挂接设备的流量的另一个通道,如果另一个通道可以 适应电力挂接设备的信号传输,中央设备指示电力挂接设备以与当前信道的数据速率相比降低的数据速率来调谐到新信道。