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    • 8. 发明申请
    • POWER SAVING SCHEME FOR NODES THAT ARE OUT OF RANGE OF A NETWORK
    • 节省网络范围的节电方案
    • US20070195784A1
    • 2007-08-23
    • US11276281
    • 2006-02-22
    • Vernon AllenAndric Oleg
    • Vernon AllenAndric Oleg
    • H04L12/56H04L12/28
    • H04L12/12H04W16/14H04W52/0241H04W60/06Y02D70/144Y02D70/22
    • A power saving scheme for nodes (101) that are out of range of a network is provided herein. During operation when a node determines that it is out of range of a network it will switch to a “disconnected” mode of operation. In the “disconnected” mode the node will transmit a message on a semi-random interval (so as not to interfere continuously with a beaconing network once back in range), and then switch to receive mode for a short period of time (much less than a frame length). The transmitted message will inform any node that receives it that the transmitting node is currently disconnected from the network and include the MAC address of the disconnected node. The disconnected node will go into sleep mode after the short receive period.
    • 本文提供了超出网络范围的节点(101)的省电方案。 在运行期间,当节点确定它超出了网络的范围时,它将切换到“断开”的操作模式。 在“断开连接”模式下,节点将以半随机间隔发送消息(从而不要连续干扰信标网络一次返回范围),然后在短时间内切换到接收模式 比帧长度)。 发送的消息将通知发送节点当前与网络断开连接的任何节点,并包括断开连接的节点的MAC地址。 断开的节点在短的接收周期后将进入睡眠模式。
    • 9. 发明申请
    • METHOD AND APPARATUS FOR DISTRIBUTED SENSING MANAGEMENT AND CONTROL WITHIN A COGNITIVE RADIO NETWORK
    • 用于认知无线电网络中分布式感应管理和控制的方法与装置
    • WO2010033333A3
    • 2010-06-10
    • PCT/US2009054131
    • 2009-08-18
    • MOTOROLA INCCHAUDHRI APOORVANDRIC OLEGRAO YADUNANDANA N
    • CHAUDHRI APOORVANDRIC OLEGRAO YADUNANDANA N
    • H04W16/14H04W24/10
    • H04W16/14H04W24/10H04W72/06
    • A technique for spectrum sensing management and control for a secondary communication system seeking to utilize another communication system's spectrum is provided (600). Sensor control data is sent from a base station to subscriber units (604). Sensing measurements are taken and sent back to the base station for ranking (608) as sensed feedback information. Comparisons of the sensed feedback information are made to each other and to thresholds aligned with the types of measurements taken (610). An initial ranked channel list is generated (612). Weighting of the initial ranking list and secondary ranking list is followed by re-ranking the channels according to the weighting into a final ranking list (612). The final ranking list is transmitted to the mobile units to enable operation within the other communication system's spectrum within interfering with that system (614). The weighting is based on the type of sensing measurement taken as opposed to the channel.
    • 提供了一种用于寻求利用另一种通信系统频谱的二次通信系统的频谱感测管理和控制技术(600)。 传感器控制数据从基站发送到用户单元(604)。 采集感测测量并将其发送回基站,以便将其作为检测到的反馈信息进行排序(608)。 对所感测的反馈信息进行比较,并且与所采取的测量类型对准的阈值(610)。 生成初始排名的频道列表(612)。 初始排名表和次级排名表的加权之后,根据加权将信道重新排列成最终排名表(612)。 最终排名列表被发送到移动单元以使得能够在干扰该系统的其它通信系统的频谱内进行操作(614)。 加权取决于与通道相反的感测测量类型。
    • 10. 发明申请
    • METHOD AND APPARATUS FOR DISTRIBUTED SENSING MANAGEMENT AND CONTROL WITHIN A COGNITIVE RADIO NETWORK
    • 用于认知无线电网络中的分布式感测管理和控制的方法和设备
    • WO2010033333A2
    • 2010-03-25
    • PCT/US2009/054131
    • 2009-08-18
    • MOTOROLA, INC.CHAUDHRI, ApoorvANDRIC, OlegRAO, Yadunandana, N.
    • CHAUDHRI, ApoorvANDRIC, OlegRAO, Yadunandana, N.
    • H04W16/14H04W24/10
    • H04W16/14H04W24/10H04W72/06
    • A technique for spectrum sensing management and control for a secondary communication system seeking to utilize another communication system's spectrum is provided (600). Sensor control data is sent from a base station to subscriber units (604). Sensing measurements are taken and sent back to the base station for ranking (608) as sensed feedback information. Comparisons of the sensed feedback information are made to each other and to thresholds aligned with the types of measurements taken (610). An initial ranked channel list is generated (612). Weighting of the initial ranking list and secondary ranking list is followed by re-ranking the channels according to the weighting into a final ranking list (612). The final ranking list is transmitted to the mobile units to enable operation within the other communication system's spectrum within interfering with that system (614). The weighting is based on the type of sensing measurement taken as opposed to the channel.
    • (600)提供了一种用于寻求利用另一通信系统的频谱的辅助通信系统的频谱感测管理和控制的技术。 传感器控制数据从基站发送到用户单元(604)。 进行感测测量并将其发送回基站以作为感测的反馈信息进行排序(608)。 所感测的反馈信息彼此之间的比较以及与所采取的测量类型对齐的阈值(610)。 生成初始排名频道列表(612)。 在初始排名列表和第二排名列表的加权之后,根据加权将频道重新排列为最终排名列表(612)。 最终的排序列表被发送到移动单元,以便能够在干扰该系统的情况下在另一个通信系统的频谱内进行操作(614)。 加权是基于与频道相对的感应测量类型。