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公开(公告)号：US20130035128A1
公开(公告)日：2013-02-07
申请号：US13195924
申请日：2011-08-02
Applicant: Douglas Chan , Suyog Deshpande , Sandeep Jay Shetty , David Kloper
Inventor： Douglas Chan , Suyog Deshpande , Sandeep Jay Shetty , David Kloper
CPC classification number: H04W72/085
Abstract: Techniques are provided to improve the performance of wireless devices that serve wireless client devices in a wireless network in the presence of narrowband interference. The wireless device that serves wireless client devices in the wireless network receives energy in a plurality of channels of a frequency band. The received energy is analyzed for occurrence and type of interference in each channel. A quality metric is generated for each channel incorporating the occurrence and type of interference detected in the channel. For each channel, a bias value against selection of the channel is assigned based on whether narrowband interference is present in the channel. The bias value for each channel is applied to the quality metric for the channel to produce an adjusted quality metric for each channel. A channel is selected based on the adjusted quality metric for each of the plurality of channels.
Abstract translation: 提供技术来改善在存在窄带干扰的情况下为无线网络中的无线客户端设备提供服务的无线设备的性能。 为无线网络中的无线客户端设备提供的无线设备在频带的多个信道中接收能量。 分析每个通道的接收能量的发生和干扰类型。 为每个通道产生质量度量，其中包含在通道中检测到的干扰的发生和类型。 对于每个信道，基于信道中是否存在窄带干扰来分配针对信道选择的偏置值。 每个通道的偏置值被应用于通道的质量度量，以产生每个通道的调整质量度量。 基于针对多个信道中的每一个的经调整的质量度量来选择频道。
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2.发明授权Correlating multiple detections of wireless devices without a unique identifier 有权关联无线设备的多个检测，而不需要唯一的标识符公开(公告)号：US08369305B2
公开(公告)日：2013-02-05
申请号：US12164474
申请日：2008-06-30
Applicant: Neil R. Diener , Gary L. Sugar , Brian Donald Hart , Igal Gutkin , David Kloper
Inventor： Neil R. Diener , Gary L. Sugar , Brian Donald Hart , Igal Gutkin , David Kloper
IPC: H04B7/212
Abstract: At a plurality of first devices, wireless transmissions are received at different locations in a region where multiple target devices may be emitting. Identifier data associated with reception of emissions from target devices at multiple first devices is generated. Similar identifier data associated with received emissions at multiple first devices are grouped together into a cluster record that potentially represents the same target device detected by multiple first devices. Data is stored that represents a plurality of cluster records from identifier data associated with received emissions made over time by multiple first devices. The cluster records are analyzed over time to correlate detections of target devices across multiple first devices.
Abstract translation: 在多个第一设备中，在多个目标设备可能正在发射的区域中的不同位置处接收无线传输。 产生与在多个第一设备处的来自目标设备的发射的接收相关联的标识符数据。 与多个第一设备处的接收到的发射相关联的类似标识符数据被分组在一起成为可能表示由多个第一设备检测到的相同目标设备的集群记录。 存储表示多个集群记录的数据，该标识符数据与由多个第一设备随时间推移的接收到的发射相关联。 随着时间的推移分析集群记录，以便在多个第一设备之间关联目标设备的检测。
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公开(公告)号：US20120291127A1
公开(公告)日：2012-11-15
申请号：US13342293
申请日：2012-01-03
Applicant: Raghuram Rangarajan , David Kloper , Yohannes Tesfai
Inventor： Raghuram Rangarajan , David Kloper , Yohannes Tesfai
CPC classification number: H04L1/0046 , H04L1/0072 , H04L1/0091
Abstract: Techniques are provided for receiving a transmitted first packet that was formatted using a known scrambling algorithm with an unknown scrambling seed. An encoded packet payload is extracted from the first packet header. The encoded packet payload header is decoded to obtain a first scrambled packet payload header. For each potential value of the unknown seed, the first scrambled packet payload header is descrambled to produce a first set of descrambled packet payload headers and for each potential value of initial register values associated with a cyclic redundancy check, the cyclic redundancy check is executed comprising polynomial division on each of the descrambled packet payload headers such that when the polynomial division results in a zero remainder, a potential unscrambled payload header for the first packet is obtained. Information about the first packet is obtained from the potential unscrambled payload header.
Abstract translation: 提供了用于接收使用具有未知加扰种子的已知加扰算法格式化的所发送的第一分组的技术。 从第一分组报头中提取编码分组有效载荷。 编码分组有效载荷头部被解码以获得第一加扰分组有效载荷头部。 对于未知种子的每个潜在值，第一加扰分组有效载荷报头被解扰以产生第一组解扰分组有效载荷报头，并且对于与循环冗余校验相关联的初始寄存器值的每个潜在值，执行循环冗余校验，包括 每个解扰分组有效载荷头部上的多项式除法使得当多项式除法导致零余数时，获得用于第一分组的潜在未加扰的有效负载报头。 关于第一分组的信息是从潜在的未加扰的有效负载报头获得的。
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公开(公告)号：US08111783B2
公开(公告)日：2012-02-07
申请号：US12140707
申请日：2008-06-17
Applicant: David Kloper , Yohannes Tesfai , Chandra Vaidyanathan
Inventor： David Kloper , Yohannes Tesfai , Chandra Vaidyanathan
CPC classification number: H04B17/318 , G01S7/021 , H04L7/04
Abstract: In one embodiment a method includes, collecting in-phase/quadrature (I/Q) data representing energy detected by a radio in a frequency band, performing a fast Fourier transform (FFT) on the I/Q data resulting in a stream of FFT blocks, identifying using the stream of FFT blocks a pulse in the frequency band, recording in a radio events record (RER) a plurality of radio events and corresponding timestamps that are indicative, respectively, of a type and time of individual state changes in the radio during the collecting step, and, for example, using at least two of the radio events to identify, in the time domain, a beginning time and end time of the pulse detected in the stream of FFT blocks.
Abstract translation: 在一个实施例中，一种方法包括：收集表示在频带中由无线电装置检测到的能量的同相/正交（I / Q）数据，对I / Q数据执行快速傅里叶变换（FFT），得到FFT流 块，使用FFT流来识别在频带中的脉冲，记录在无线电事件记录（RER）中的多个无线电事件和对应的时间戳，分别指示各个状态变化的类型和时间 在收集步骤期间，例如，使用至少两个无线电事件在时域中识别在FFT块流中检测到的脉冲的开始时间和结束时间。
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公开(公告)号：US06650869B2
公开(公告)日：2003-11-18
申请号：US09783850
申请日：2001-02-15
Applicant: Frank Kelly , David Kloper
Inventor： Frank Kelly , David Kloper
IPC: H04B7212
CPC classification number: H01Q3/005 , H01Q1/1257 , H01Q3/08 , H04B7/18528 , H04B7/18582 , H04B7/18584 , H04B7/18597 , H04B7/2125
Abstract: A system for managing return channel bandwidth in a two-way satellite communication network is disclosed. A plurality of transceivers are configured to transmit backlog information over a return channel via a satellite. The backlog information specifies an amount of queued traffic for the respective transceivers. A hub is configured to receive the backlog information and to allocate a predetermined amount of return channel bandwidth to each of the plurality of transceivers. The hub determines whether additional return channel bandwidth is available to accommodate a remaining backlog such that a bandwidth allocation amount is set to a level associated with one of the plurality of transceivers having the largest backlog. The hub selectively identifies a transceiver among the plurality of transceivers having a next largest backlog based upon the determined available return channel bandwidth. The hub selectively adjusts the bandwidth allocation amount to a level associated with the transceiver with the next largest backlog. The hub allocates the additional return channel bandwidth to the plurality of transceivers based upon the adjusted bandwidth allocation amount if the adjusted bandwidth allocation amount reduces at least a portion of the backlog of the plurality of transceivers.
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Patent Agency Ranking
6.发明授权公开(公告)号：US09125214B2
公开(公告)日：2015-09-01
申请号：US13602562
申请日：2012-09-04
Applicant: Brian D. Hart , Douglas Chan , David Kloper
Inventor： Brian D. Hart , Douglas Chan , David Kloper
CPC classification number: H04W74/0808 , H04L5/00 , H04L27/0006 , H04W84/12
Abstract: Wider bandwidth transmissions are dynamically enabled in a wireless networking environment. During a transmit opportunity time interval for a wireless network device, a transmission is sent in a primary channel in a frequency band in which the primary channel and a secondary channel may be used simultaneously to send a wider bandwidth transmission. Activity is monitored in the secondary channel. A determination is made as to whether the secondary channel is free based on the monitoring. When it is determined that the secondary channel is free, the wider bandwidth transmission is sent in the primary and secondary channels.
Abstract translation: 在无线网络环境中动态启用更宽的带宽传输。 在无线网络设备的发送机会时间间隔期间，在主频道中的主信道中发送传输，其中可以同时使用主信道和辅信道以发送更宽带宽的传输。 在辅助通道中监视活动。 基于监视确定辅助信道是否空闲。 当确定辅助信道是空闲时，在主要和次要信道中发送较宽带宽传输。
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公开(公告)号：US08818437B2
公开(公告)日：2014-08-26
申请号：US13195924
申请日：2011-08-02
Applicant: Douglas Chan , Suyog Deshpande , Sandeep Jay Shetty , David Kloper
Inventor： Douglas Chan , Suyog Deshpande , Sandeep Jay Shetty , David Kloper
CPC classification number: H04W72/085
Abstract: Techniques are provided to improve the performance of wireless devices that serve wireless client devices in a wireless network in the presence of narrowband interference. The wireless device that serves wireless client devices in the wireless network receives energy in a plurality of channels of a frequency band. The received energy is analyzed for occurrence and type of interference in each channel. A quality metric is generated for each channel incorporating the occurrence and type of interference detected in the channel. For each channel, a bias value against selection of the channel is assigned based on whether narrowband interference is present in the channel. The bias value for each channel is applied to the quality metric for the channel to produce an adjusted quality metric for each channel. A channel is selected based on the adjusted quality metric for each of the plurality of channels.
Abstract translation: 提供技术来改善在存在窄带干扰的情况下为无线网络中的无线客户端设备提供服务的无线设备的性能。 为无线网络中的无线客户端设备提供的无线设备在频带的多个信道中接收能量。 分析每个通道的接收能量的发生和干扰类型。 为每个通道产生质量度量，其中包含在通道中检测到的干扰的发生和类型。 对于每个信道，基于信道中是否存在窄带干扰来分配针对信道选择的偏置值。 每个通道的偏置值被应用于通道的质量度量，以产生每个通道的调整质量度量。 基于针对多个信道中的每一个的经调整的质量度量来选择频道。
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8.发明授权公开(公告)号：US08666319B2
公开(公告)日：2014-03-04
申请号：US13183506
申请日：2011-07-15
Applicant: David Kloper , Douglas Chan , David Stiff
Inventor： David Kloper , Douglas Chan , David Stiff
CPC classification number: H04W74/0808 , H04W72/082 , H04W74/006
Abstract: Techniques are provided to adaptively adjust a clear channel assessment threshold for use when a wireless device is to transmit in a wireless network that operates on a channel in a radio frequency band. A first wireless device, configured to wirelessly communicate with one or more second wireless device in the wireless network, receives energy on the channel in the frequency band, analyzes the received energy to detect interference on the channel and determines a type of interference detected in the received energy. The clear channel assessment threshold is adjusted by an amount depending on the type of interference detected.
Abstract translation: 提供了技术来自适应地调整清晰的信道评估阈值，以便当无线设备要在无线电频带中的信道上操作的无线网络中进行传输时使用。 被配置为与无线网络中的一个或多个第二无线设备进行无线通信的第一无线设备在频带中的信道上接收能量，分析接收的能量以检测信道上的干扰，并确定在该信道中检测到的干扰类型 收到能量 清除信道评估阈值根据所检测到的干扰类型的量来调整。
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公开(公告)号：US20080019464A1
公开(公告)日：2008-01-24
申请号：US11830390
申请日：2007-07-30
Applicant: David Kloper , Brian Kane , Gary Sugar
Inventor： David Kloper , Brian Kane , Gary Sugar
IPC: H03D1/00
CPC classification number: H04W16/14 , G01R23/16 , H04L1/1664 , H04L1/1867 , H04W24/00
Abstract: A spectrum analysis engine (SAGE) that comprises a spectrum analyzer component, a signal detector component, a universal signal synchronizer component and a snapshot buffer component. The spectrum analyzer component generates data representing a real-time spectrogram of a bandwidth of radio frequency (RF) spectrum. The signal detector detects signal pulses in the frequency band and outputs pulse event information entries output, which include the start time, duration, power, center frequency and bandwidth of each detected pulse. The signal detector also provides pulse trigger outputs which may be used to enable/disable the collection of information by the spectrum analyzer and the snapshot buffer components. An alternative pulse detection module is provided that tracks signal pulses by comparing peak data from successive FFT cycles with existing signal pulse data that is derived from comparing peak data for prior FFT cycles. Peaks for new FFT cycles are matched to data associated with signal pulses determined to be occurring over many FFT intervals.
Abstract translation: 频谱分析引擎（SAGE），包括频谱分析仪组件，信号检测器组件，通用信号同步器组件和快照缓冲器组件。 频谱分析仪组件产生表示射频（RF）频谱带宽的实时谱图的数据。 信号检测器检测频带中的信号脉冲，并输出脉冲事件信息条目输出，其中包括每个检测脉冲的开始时间，持续时间，功率，中心频率和带宽。 信号检测器还提供脉冲触发输出，可用于启用/禁用频谱分析仪和快照缓冲器组件的信息采集。 提供了替代脉冲检测模块，其通过将来自连续FFT周期的峰值数据与从先前FFT周期的比较峰值数据导出的现有信号脉冲数据进行比较来跟踪信号脉冲。 用于新的FFT周期的峰值与确定为在许多FFT间隔上发生的信号脉冲相关联的数据匹配。
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公开(公告)号：US20050002473A1
公开(公告)日：2005-01-06
申请号：US10909450
申请日：2004-08-02
Applicant: David Kloper , Brian Kane , Cary Sugar
Inventor： David Kloper , Brian Kane , Cary Sugar
CPC classification number: H04W16/14 , G01R23/16 , H04L1/1664 , H04L1/1867 , H04W24/00
Abstract: A spectrum analysis engine (SAGE) that comprises a spectrum analyzer component, a signal detector component, a universal signal synchronizer component and a snapshot buffer component. The spectrum analyzer component generates data representing a real-time spectrogram of a bandwidth of radio frequency (RF) spectrum. The signal detector detects signal pulses in the frequency band and outputs pulse event information entries output, which include the start time, duration, power, center frequency and bandwidth of each detected pulse. The signal detector also provides pulse trigger outputs which may be used to enable/disable the collection of information by the spectrum analyzer and the snapshot buffer components. An alternative pulse detection module is provided that tracks signal pulses by comparing peak data from successive FFT cycles with existing signal pulse data that is derived from comparing peak data for prior FFT cycles. Peaks for new FFT cycles are matched to data associated with signal pulses determined to be occurring over many FFT intervals.
Abstract translation: 频谱分析引擎（SAGE），包括频谱分析仪组件，信号检测器组件，通用信号同步器组件和快照缓冲器组件。 频谱分析仪组件产生表示射频（RF）频谱带宽的实时谱图的数据。 信号检测器检测频带中的信号脉冲，并输出脉冲事件信息条目输出，其中包括每个检测脉冲的开始时间，持续时间，功率，中心频率和带宽。 信号检测器还提供脉冲触发输出，可用于启用/禁用频谱分析仪和快照缓冲器组件的信息采集。 提供了替代脉冲检测模块，其通过将来自连续FFT周期的峰值数据与从先前FFT周期的比较峰值数据导出的现有信号脉冲数据进行比较来跟踪信号脉冲。 用于新的FFT周期的峰值与确定为在许多FFT间隔上发生的信号脉冲相关联的数据匹配。
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