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    • 2. 发明授权
    • Error vector magnitude selection diversity metric for OFDM
    • OFDM的误差矢量幅度选择分集度量
    • US07515893B2
    • 2009-04-07
    • US11122560
    • 2005-05-04
    • Daniel Joseph LyonsBrian Hart
    • Daniel Joseph LyonsBrian Hart
    • H04B1/06
    • H04B7/0814H04B7/0608H04B7/0811H04B7/082H04B17/309
    • Described herein is an apparatus for inclusion in a station of a wireless network, and a method implemented in a station of a wireless network. The method includes wirelessly receiving data via each of a plurality of antennas, the data corresponding to a packet of information transmitted from a remote station, sampling the received data corresponding to the received packet to form data samples for each of the antennas, and determining a measure of signal quality from samples of the received data for each of the antennas. The method further includes selecting one of the plurality of receive antennas as the antenna for receiving from the remote station according to the determined measure of signal quality.
    • 这里描述了一种用于包括在无线网络的站中的装置以及在无线网络的站中实现的方法。 该方法包括通过多个天线中的每一个无线地接收数据,该数据对应于从远程站发送的信息分组,对与所接收的分组相对应的接收数据进行采样,以形成每个天线的数据样本,并且确定 从每个天线的接收数据的采样中测量信号质量。 该方法还包括根据确定的信号质量测量,从多个接收天线中选择一个作为从远程站接收的天线。
    • 5. 发明授权
    • Distributed channel assignment
    • 分布式通道分配
    • US09042318B2
    • 2015-05-26
    • US13547585
    • 2012-07-12
    • Brian HartRaghuram Rangarajan
    • Brian HartRaghuram Rangarajan
    • H04W4/00H04W72/08H04W72/02
    • H04W72/082H04W72/02
    • Disclosed, in example embodiment herein, is an apparatus comprising an interface and channel selection logic coupled to the interface. The channel selection logic is operable to receive data representative of neighboring wireless devices to a wireless device occupying a channel for a plurality of channels via the interface. The channel selection logic is responsive to receiving the data representative of neighboring wireless devices occupying the plurality of channels to generate a graph for each of the plurality of channels, wherein vertices of the graph represent the wireless device and neighboring wireless devices occupying the channel and edges of the graph represent wireless devices with overlapping coverage areas. The channel selection logic selects the channel for the wireless device whose graph has the smallest radius.
    • 在本文的示例实施例中公开了一种包括耦合到该接口的接口和信道选择逻辑的装置。 频道选择逻辑可操作以经由接口将代表相邻无线装置的数据接收到占用多个频道的频道的无线装置。 信道选择逻辑响应于接收代表占用多个信道的相邻无线设备的数据,以生成多个信道中的每个信道的图形,其中图形的顶点表示无线设备,并且邻近的无线设备占据信道和边缘 图表示具有重叠覆盖区域的无线设备。 信道选择逻辑为图形具有最小半径的无线设备选择信道。
    • 6. 发明授权
    • Convertible trailer and storage basket
    • 可转换拖车和储物篮
    • US08905423B2
    • 2014-12-09
    • US13776849
    • 2013-02-26
    • Brian Hart
    • Brian Hart
    • B60D1/52B62J9/00B62D63/06B62K27/00
    • B62D63/061B62J9/00B62K27/003
    • Provided is an all-terrain trailer for hauling large objects over uneven landscapes. The trailer is capable of carrying items within its volume in both its deployed and stowed state. Deployed, the trailer is a basket shaped body with a pair of wheels removably secured via a removable axle. The trailer is attached to the lead vehicle using a removable trailer hitch linkage that is secured to the basket body via fasteners. In a stowed state, the tires and axle are stored within a storage area in a lower portion of the basket body. In one embodiment, a false bottom is placed over the storage area, creating a flat trailer bed that objects can be laid upon. The basket body is removably secured to the hood of a lead vehicle, thereby providing a carrying basket while the vehicle is in transit.
    • 提供了一个全地形拖车,用于拖拉不平坦的景观上的大物体。 拖车能够在其部署和收起状态下携带其体积内的物品。 拖车是一个篮子形的主体,一对轮子通过一个可拆卸的轴可拆卸地固定。 拖车使用可移动的挂车联结装置连接到牵引车辆,该联动装置通过紧固件固定到筐体上。 在收起状态下,轮胎和轴被储存在篮体的下部的存储区域内。 在一个实施例中,将假底部放置在存储区域上方,形成可放置对象的平坦拖车床。 筐体可拆卸地固定到引导车辆的引擎盖上,从而在车辆行驶时提供载物篮。
    • 7. 发明授权
    • Location estimation for wireless devices
    • 无线设备的位置估计
    • US08669902B2
    • 2014-03-11
    • US12875680
    • 2010-09-03
    • Santosh PandeyBrian HartIlya Khasin
    • Santosh PandeyBrian HartIlya Khasin
    • G01S3/02
    • G01S5/04G01S5/021G01S5/0252G01S5/14H04W52/146H04W52/245H04W52/283
    • In an example embodiment, there is disclosed herein, an apparatus comprising an interface and location determination logic coupled with the interface. The location determination logic receives data representative of measured signal strengths for a wireless device from a plurality of receiving devices at known locations via the interface. The location determination logic determines an estimated location based on the measured signal strengths and a first transmit power for the wireless device. The location determination logic determines a revised transmit power for the wireless device based on the measured signal strengths from the plurality of devices at known locations and the estimated location. The location determination logic determines a revised estimated location based on the measured signal strengths and the revised transmit power for the wireless device.
    • 在示例实施例中,这里公开了一种包括与接口耦合的接口和位置确定逻辑的装置。 位置确定逻辑经由接口从已知位置处的多个接收设备接收表示无线设备的测量信号强度的数据。 位置确定逻辑基于所测量的信号强度和无线设备的第一发射功率来确定估计位置。 位置确定逻辑基于来自已知位置处的多个设备的测量信号强度和估计位置来确定无线设备的经修改的发射功率。 位置确定逻辑基于测量的信号强度和无线设备的经修改的发射功率来确定修改的估计位置。
    • 10. 发明申请
    • DISTRIBUTED CHANNEL ASSIGNMENT
    • 分布式通道分配
    • US20110058524A1
    • 2011-03-10
    • US12556875
    • 2009-09-10
    • Brian HartRaghuram Rangarajan
    • Brian HartRaghuram Rangarajan
    • H04W72/12
    • H04W72/082H04W72/02
    • Disclosed, in example embodiment herein, is an apparatus comprising an interface and channel selection logic coupled to the interface. The channel selection logic is operable to receive data representative of neighboring wireless devices to a wireless device occupying a channel for a plurality of channels via the interface. The channel selection logic is responsive to receiving the data representative of neighboring wireless devices occupying the plurality of channels to generate a graph for each of the plurality of channels, wherein vertices of the graph represent the wireless device and neighboring wireless devices occupying the channel and edges of the graph represent wireless devices with overlapping coverage areas. The channel selection logic selects the channel for the wireless device whose graph has the smallest radius
    • 在本文的示例实施例中公开了一种包括耦合到该接口的接口和信道选择逻辑的装置。 频道选择逻辑可操作以经由接口将代表相邻无线装置的数据接收到占用多个频道的频道的无线装置。 信道选择逻辑响应于接收代表占用多个信道的相邻无线设备的数据,以生成多个信道中的每个信道的图形,其中图形的顶点表示无线设备,并且邻近的无线设备占据信道和边缘 图表示具有重叠覆盖区域的无线设备。 信道选择逻辑为图形具有最小半径的无线设备选择信道