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    • 2. 发明授权
    • Profile-based packet rate adaptation for wireless systems
    • 基于配置文件的无线系统的数据包速率调整
    • US09065594B1
    • 2015-06-23
    • US12719978
    • 2010-03-09
    • Paul J. HustedDouglas J. KoganPraveen Dua
    • Paul J. HustedDouglas J. KoganPraveen Dua
    • H04L1/00
    • H04L1/0002
    • Bluetooth file transfers using FTP do not provide upper-layer reliability checking and rely on the Bluetooth device physical layer providing reliable data to upper layers of a Bluetooth stack. However, reliability checks implemented by the physical layer are typically not very robust and in some cases may fail to detect errors, thus may provide corrupted data to the upper layers for further processing and may result in data corruption/transfer failure. Non-FTP Bluetooth file transfers are typically more robust when it comes to reliability checking because of upper layer reliability checks. Functionality can be implemented to vary packet transmission parameters depending on a Bluetooth profile implemented on a communication link. A packet error rate of received packets can be compared against a different set of thresholds depending on whether the Bluetooth profile is an FTP profile. Appropriate values of packet transmission parameters can be selected based on the above comparison.
    • 使用FTP的蓝牙文件传输不提供上层可靠性检查,并依靠蓝牙设备物理层向蓝牙堆栈的上层提供可靠的数据。 然而,由物理层实现的可靠性检查通常不是非常强大的,并且在某些情况下可能无法检测到错误,因此可能会向上层提供损坏的数据以供进一步处理,并可能导致数据损坏/传输失败。 由于上层可靠性检查涉及到可靠性检查,非FTP蓝牙文件传输通常更加强大。 可以实现功能以根据在通信链路上实现的蓝牙配置来改变分组传输参数。 接收到的分组的分组错误率可以与不同的阈值集进行比较,这取决于蓝牙配置文件是否是FTP配置文件。 可以基于上述比较来选择适当的分组传输参数值。
    • 5. 发明授权
    • Discovery and connection coexistence mechanism for wireless devices
    • 无线设备的发现和连接共存机制
    • US08520586B1
    • 2013-08-27
    • US12639207
    • 2009-12-16
    • Paul J. HustedPraveen Dua
    • Paul J. HustedPraveen Dua
    • H04B7/185
    • H04W74/08H04B17/318H04W8/005H04W52/226H04W52/245H04W52/367H04W72/1247H04W84/12H04W84/18
    • Interference can impair communications of collocated wireless devices or wireless devices communicating in close proximity to each other. In implementations where the communications of one wireless device have a higher priority as compared to the communications of the other wireless device, the low priority communications should not impair or interfere with the high priority communications. Functionality can be implemented to control when the low priority wireless device transmits based on a current state (e.g., active/inactive) of the collocated high priority wireless device, a frequency separation between communication channels of the wireless devices, strengths of signals received by the wireless devices, etc. Transmit power of the low priority wireless device may be controlled so that the low priority communications do not impair the high priority communications.
    • 干扰可以削弱彼此靠近的通信的并置的无线设备或无线设备的通信。 在与其他无线设备的通信相比,一个无线设备的通信具有更高优先级的实施方式中,低优先级通信不应该损害或干扰高优先级通信。 可以实现功能来控制低优先级无线设备何时基于并置的高优先级无线设备的当前状态(例如,主动/不活跃),无线设备的通信信道之间的频率间隔,由 无线设备等。可以控制低优先级无线设备的发射功率,使得低优先级通信不会损害高优先级通信。
    • 6. 发明授权
    • Wireless communication using beam forming and diversity
    • 使用波束形成和分集的无线通信
    • US09054766B2
    • 2015-06-09
    • US13416877
    • 2012-03-09
    • James ChoPaul J. Husted
    • James ChoPaul J. Husted
    • H04B7/216H04B7/212H04B7/08H04B7/06H04W24/00
    • H04B7/086H04B7/0617H04B7/0814H04W24/00
    • A method and apparatus for wirelessly transmitting real-time data streams is described. To ensure continuous data flow, fast diversity and slow diversity can be used. Fast diversity chooses a receive antenna based on received signal parameters, such as signal strength, during the transmission header and prior to information transfer. Slow diversity stores received signal parameters from previous packets, associates the parameters with a selected antenna, and uses the parameter history to denote a “default” antenna. Additionally, receive and/or transmit beam forming can be used to maintain continuous communication between stations. Beam forming, which combines antenna signals to maximize performance, is possible when at least two transmit/receive signal processing chains are available.
    • 描述了一种无线传输实时数据流的方法和装置。 为了确保连续的数据流,可以使用快速的分集和缓慢的分集。 快速分集基于接收到的信号参数(例如信号强度)在传输报头期间以及信息传输之前选择接收天线。 慢分集存储来自先前分组的接收信号参数,将参数与选定天线相关联,并使用参数历史来表示“默认”天线。 此外,可以使用接收和/或发射波束形成来维持站点之间的连续通信。 当至少两个发送/接收信号处理链可用时,可以组合天线信号以最大化性能的波束形成。
    • 8. 发明授权
    • Switching power supply operation with reduced harmonic interference
    • 开关电源运行,减少谐波干扰
    • US08514595B1
    • 2013-08-20
    • US12534996
    • 2009-08-04
    • Paul J. HustedRichard T. Chang
    • Paul J. HustedRichard T. Chang
    • H02J1/02
    • H02M1/44
    • Methods of calibrating and operating a switching power supply in an electronic system are disclosed. A switching power supply is calibrated to determine a switching frequency. Harmonic frequencies that are multiples of the switching frequency are determined. A further determination is made as to whether any of the harmonic frequencies falls within one of one or more frequency bands of interest. A second switching frequency is determined such that none of its corresponding harmonic frequencies falls within a frequency band of interest. During operation of the system, the switching power supply is configured to operate at the second switching frequency if operation occurs within one of the frequency bands of interest.
    • 公开了一种在电子系统中校准和操作开关电源的方法。 开关电源被校准以确定开关频率。 确定开关频率倍数的谐波频率。 进一步确定任何谐波频率是否落入一个或多个感兴趣频带中的一个。 确定第二切换频率,使得其相应的谐波频率中没有一个落入感兴趣的频带内。 在系统运行期间,如果在感兴趣的频带之一内发生操作,则开关电源被配置为以第二开关频率工作。
    • 10. 发明授权
    • Calibration of synthesizer phase using reference harmonic
    • 使用参考谐波校准合成器相位
    • US08358728B2
    • 2013-01-22
    • US12987059
    • 2011-01-07
    • Paul J. Husted
    • Paul J. Husted
    • H03D3/24
    • H04L27/0014G01S19/235G01S19/36H04B1/3805H04L2027/0016H04L2027/0051H04L2027/0067
    • Arbitrary phase variations of a shared frequency synthesizer can be calibrated using a reference harmonic each time the shared frequency synthesizer is allocated to a network device to enable one frequency synthesizer to be shared between multiple network devices. On determining that the shared frequency synthesizer has been allocated to the network device, an output frequency of the shared frequency synthesizer can be aligned with a predetermined reference frequency that is associated with an operating frequency band of the network device. A phase correction factor associated with the shared frequency synthesizer can be calculated from a signal calculated based, at least in part, on the output frequency of the shared frequency synthesizer and the predetermined reference frequency. The phase correction factor is applied to a signal received at the network device to correct a phase error associated with the shared frequency synthesizer.
    • 可以在共享频率合成器被分配给网络设备时使用参考谐波来校准共享频率合成器的任意相位变化,以使得能够在多个网络设备之间共享一个频率合成器。 在确定共享频率合成器已经被分配给网络设备时,共享频率合成器的输出频率可以与与网络设备的工作频带相关联的预定参考频率对齐。 可以从至少部分地基于共享频率合成器的输出频率和预定参考频率计算的信号计算与共享频率合成器相关联的相位校正因子。 相位校正因子被应用于在网络设备处接收的信号,以校正与共享频率合成器相关联的相位误差。