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    • 91. 发明申请
    • Method of Clustering Devices in Wireless Communication Network
    • 无线通信网络中集群设备的方法
    • US20080219201A1
    • 2008-09-11
    • US12066882
    • 2005-09-16
    • Kiran ChallapaliDagnachew BirruCarlos Cordeiro
    • Kiran ChallapaliDagnachew BirruCarlos Cordeiro
    • H04J15/00
    • H04W24/10H04W36/30H04W74/00H04W80/00
    • In a wireless communication network (200) comprising a base station (210) and a plurality of remote terminals (220), the plurality of remote terminals (220) are divided into a plurality of clusters (230) for communication with the base station (210), and each of the remote terminals (220) is assigned to a cluster (230) based on at least one characteristic, measured by one or more of the remote terminals (220), of one or more external signals transmitted by one or more external terrestrial transmitters (250) not associated with the communication network (200). Accordingly: a parameter of a communication between the base station (210) and each remote terminal (220) may be selected according to the cluster (230) to which each remote terminal (220) belongs; remote terminals (220) within a cluster (230) may be enabled to communicate directly with each other; and/or remote terminals (220) may be selected to perform frequency spectrum profile measurements of the frequency band used by the communication network (200) according to the clusters (230) to which they are assigned.
    • 在包括基站(210)和多个远程终端(220)的无线通信网络(200)中,所述多个远程终端(220)被划分成多个群集(230),用于与基站 210),并且基于由一个或多个远程终端(220)测量的由一个或多个远程终端(220)发送的一个或多个外部信号的至少一个特征,将每个远程终端(220)分配给群集(230) 与通信网络(200)不相关联的更多的外部地面发射机(250)。 因此,可以根据每个远程终端(220)所属的集群(230)来选择基站(210)和每个远程终端(220)之间的通信的参数; 可以使群集(230)内的远程终端(220)能够彼此直接通信; 和/或远程终端(220)可以被选择来执行由通信网络(200)根据它们被分配到的群集(230)使用的频带的频谱分布测量。
    • 99. 发明申请
    • SPATIAL REUSE TRAINING FOR CHANNEL ACCESS SCHEMES
    • US20170325222A1
    • 2017-11-09
    • US15282522
    • 2016-09-30
    • Laurent CariouOu YangCarlos Cordeiro
    • Laurent CariouOu YangCarlos Cordeiro
    • H04W72/04H04L12/26
    • H04W74/0816
    • This disclosure describes methods, apparatus, and systems related to network allocation vectors. A device is disclosed that may determine a first length of time corresponding to a first spatial reuse transmit opportunity (SR-TxOP) time period. The device may determine a second length of time corresponding to a transmit opportunity (TxOP) time period that starts when a request to send (RTS) frame is transmitted and ends after the first length of time ends. The device may cause to transmit the RTS frame, over the channel, to a first device. The device may determine that a clear to send (CTS) frame is received from the first device, the CTS frame comprising a first duration field equal to having a third length of time corresponding to a second transmission opportunity (SR-TxOP). The device may determine that the third length of time corresponds to a length of time between when the CTS frame was transmitted and when the first length of time ends. The device may determine that the third length of time is less than the second length of time. The device may cause to transmit a CTS to self frame, over the channel, comprising a second duration field equal to having a fourth length of time, wherein the fourth length of time correspond to a length of time between when the CTS to self frame is transmitted and when the first length of time ends.