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    • 4. 发明申请
    • Mac-level protection for networking extended-range and legacy devices in a wireless network
    • 无线网络中的扩展范围和传统设备的网络级保护
    • US20070010237A1
    • 2007-01-11
    • US11175971
    • 2005-07-05
    • Vincent JonesAlireza RaissiniaGuido Frederiks
    • Vincent JonesAlireza RaissiniaGuido Frederiks
    • H04Q7/20
    • H04W88/10H04W4/06H04W48/08H04W76/20H04W84/12H04W92/02
    • The invention provides solutions, including devices, systems, methods and software, for allowing interoperability between legacy stations and extended-range stations in a wireless network. Merely by way of example, an access point might be configured to transmit communications (such as beacon frames, broadcast frames, multi-cast frames, etc.) in a first mode and/or a second mode. The first mode might not employ extended-range technology, such that communications transmitted in the first mode can be received and/or interpreted by legacy stations, while the second mode might employ extended-range technology, such that communications transmitted in the second mode can be received by extended-range stations outside the range of basic-range communications. As another example, the access point might be configured to establish transmission “windows,” such that legacy stations are free to transmit during a first time period, in which extended-range stations are prohibited from transmission, followed by a second time period, in which extended-range stations are free to transmit, while transmission from legacy stations is prohibited.
    • 本发明提供了解决方案,包括设备,系统,方法和软件,用于允许无线网络中的传统站和扩展站之间的互操作性。 仅仅作为示例,接入点可以被配置为在第一模式和/或第二模式中发送通信(诸如信标帧,广播帧,多播帧等)。 第一模式可能不采用扩展范围技术,使得以第一模式发送的通信可以由传统站接收和/或解释,而第二模式可以采用扩展范围技术,使得以第二模式发送的通信可以 由基站范围以外的扩展站接收。 作为另一示例,接入点可以被配置为建立传输“窗口”,使得传统站可以在第一时间段内自由传输,其中扩展范围站被禁止传输,随后是第二时间段 哪些扩展站可以自由传输,而传统站点的传输是禁止的。
    • 10. 发明申请
    • SEARCH EFFICIENT MIMO TRELLIS DECODER
    • 搜索有效的MIMO TRELLIS解码器
    • US20080063104A1
    • 2008-03-13
    • US11942283
    • 2007-11-19
    • James GardnerVincent JonesDidier Richard Van NeeGeert Awater
    • James GardnerVincent JonesDidier Richard Van NeeGeert Awater
    • H04L27/28H04L5/12
    • H03M13/256H03M13/3905
    • A decoder generates distance and label metrics associated with each label of a coset transmitted in a multi-input multi-output communication system having Mt transmit antennas and Mr receive antennas by performing 2(“u+n”)(Mt−1) searches, where n is the number of encoded bits used to identify one of 2u cosets at the transmitting end and u is the number of unencoded bits used to select one of 2u labels at the transmitting end. The decoder forms an intermediate vector quantity associated with one of the transmit antennas to compute the metrics associated with each of the remaining transmit antennas. The decoder then forms a second intermediate vector quantity to compute the metrics associated with the transmit antenna that was used to form the first intermediate variable. The metrics so computed are used by a Viterbi decoder to identify the coset and the most likely transmitted label in that coset.
    • 解码器产生与多输入多输出通信系统中发送的陪集的每个标签相关联的距离和标签度量,所述多输入多输出通信系统具有多个发送天线和M< 执行2 (“u + n”)(Mt-1)搜索,其中n是用于标识发送端的2个子集合之一的编码比特数 u是用于在发送端选择2个标签之一的未编码比特数。 解码器形成与发射天线之一相关联的中间矢量,以计算与每个剩余发射天线相关联的度量。 然后,解码器形成第二中间矢量,以计算与用于形成第一中间变量的发射天线相关联的度量。 如此计算的度量被维特比解码器用于识别该陪集中的陪集和最可能发送的标签。