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    • 6. 发明授权
    • Method and apparatus for switching communications from a secondary
channel to a primary channel
    • 用于从第二信道切换到主信道的通信的方法和装置
    • US5479650A
    • 1995-12-26
    • US996434
    • 1992-12-24
    • James L. ArchibaldMahendra Patel
    • James L. ArchibaldMahendra Patel
    • G06F11/20G06F11/267H04L12/26H04L29/14H04M11/06G06F11/00
    • H04M11/06G06F11/221H04L69/40G06F11/2007H04L12/2697H04L43/50
    • Some data communications networks employ the use of both a leased line and a dial-up line between two modems. Typically, the dial-up line provides a backup capability when the leased line causes a degradation in the signal quality of the data signal. This degradation of the signal quality of the data signal is detected by one of the two modems, which then automatically establishes a data connection over the dial-up line. However, it is preferable to switch back to the leased line as soon as possible since the leased line usually costs less than the dial-up line. Therefore, in order to test the leased line, the entire data signal is simultaneously transmitted on both the dial-up line and the leased line. The use of the existing data signal to test the leased line's effect on signal quality allows the modem to perform a more complete analysis of the returned data signal so that a premature transition back to the leased line does not occur.
    • 一些数据通信网络使用两个调制解调器之间的租用线路和拨号线路。 通常,当租用线路导致数据信号的信号质量下降时,拨号线路提供备用功能。 数据信号的信号质量的这种下降由两个调制解调器之一检测,然后两个调制解调器通过拨号线自动建立数据连接。 然而,由于租用线路通常成本低于拨号线路,因此最好尽快切换回租用线路。 因此,为了测试专线,在拨号线和租用线路上同时发送整个数据信号。 使用现有的数据信号来测试租用线路对信号质量的影响,使得调制解调器能够对返回的数据信号执行更完整的分析,从而不会发生回到租用线路的过早转换。
    • 7. 发明授权
    • Control of a non-active channel in a multi-channel receiver
    • 控制多通道接收机中的非有源信道
    • US08005682B2
    • 2011-08-23
    • US11930886
    • 2007-10-31
    • James L. ArchibaldRobert C. MalkemesJinguo Yu
    • James L. ArchibaldRobert C. MalkemesJinguo Yu
    • G10L21/00
    • G10L15/26
    • In one embodiment, a satellite radio receiver is capable of simultaneously processing (i) a first radio channel that is playing on a first speaker and (ii) a second radio channel, different from the first radio channel, that is not playing on the first speaker. The second radio channel can simultaneously be playing on a second speaker, be recorded onto a non-volatile memory, and/or have its processing modified. A user can control the satellite radio receiver using vocal commands, while the first channel is playing on the first speaker. The radio receiver has a microphone connected to a voice-recognition command interpreter that includes an interfering-sound canceller, which reduces sounds interfering with the vocal commands, and a command-recognition module, which recognizes vocal commands and provides a control signal to a multi-channel control processor, which processes and controls the first and second radio channels, received from corresponding decoders connected to a satellite radio receiver antenna.
    • 在一个实施例中,卫星无线电接收机能够同时处理(i)在第一扬声器上播放的第一无线电频道和(ii)与第一无线电频道不同的第二无线电频道,其不在第一扬声器上播放 扬声器。 第二无线电频道可以同时在第二扬声器上播放,被记录在非易失性存储器上,和/或使其处理被修改。 用户可以使用声音命令来控制卫星无线电接收机,而第一个频道在第一个扬声器上播放。 无线电接收机具有连接到语音识别命令解释器的麦克风,其包括干扰声消除器,其减少了与声音命令相干扰的声音,以及命令识别模块,其识别声音命令并向多声道提供控制信号 信道控制处理器,其处理和控制从连接到卫星无线电接收机天线的相应解码器接收的第一和第二无线电信道。
    • 8. 发明授权
    • Processing device peripheral with integral network interface circuitry
    • 具有集成网络接口电路的处理设备外围设备
    • US07558892B2
    • 2009-07-07
    • US10215076
    • 2002-08-08
    • James L. ArchibaldDavid P. Sonnier
    • James L. ArchibaldDavid P. Sonnier
    • G06F13/12
    • G06F1/1632G06F1/1605G06F3/021
    • A peripheral connectable to a processing device includes a housing and network interface circuitry at least partially enclosed within the housing, the network interface circuitry being utilizable by the processing device to establish a connection between the processing device and a network. The peripheral further includes peripheral circuitry disposed within the housing and adapted to perform at least a portion of at least one of an input function and an output function for the processing device in a manner unrelated to utilization of the network interface circuitry by the processing device. In an illustrative embodiment, the network interface circuitry comprises a wireless local area network (LAN) interface card, module or access point, the processing device comprises a computer, and the peripheral comprises a keyboard, monitor, speaker, docking station or other peripheral connectable to the computer.
    • 可连接到处理设备的外围设备包括至少部分地封装在外壳内的外壳和网络接口电路,网络接口电路可由处理设备利用,以建立处理设备与网络之间的连接。 外围设备还包括设置在壳体内的外围电路,并且适于以与处理设备的网络接口电路的利用无关的方式执行处理设备的输入功能和输出功能中的至少一个的至少一部分。 在说明性实施例中,网络接口电路包括无线局域网(LAN)接口卡,模块或接入点,处理设备包括计算机,并且外围设备包括键盘,监视器,扬声器,对接站或其他外围设备可连接 到电脑
    • 9. 发明申请
    • CONTROL OF A NON-ACTIVE CHANNEL IN A MULTI-CHANNEL RECEIVER
    • 多通道接收机中非主动通道的控制
    • US20090112603A1
    • 2009-04-30
    • US11930886
    • 2007-10-31
    • James L. ArchibaldRobert C. MalkemesJinguo Yu
    • James L. ArchibaldRobert C. MalkemesJinguo Yu
    • G10L15/00
    • G10L15/26
    • In one embodiment, a satellite radio receiver is capable of simultaneously processing (i) a first radio channel that is playing on a first speaker and (ii) a second radio channel, different from the first radio channel, that is not playing on the first speaker. The second radio channel can simultaneously be playing on a second speaker, be recorded onto a non-volatile memory, and/or have its processing modified. A user can control the satellite radio receiver using vocal commands, while the first channel is playing on the first speaker. The radio receiver has a microphone connected to a voice-recognition command interpreter that includes an interfering-sound canceller, which reduces sounds interfering with the vocal commands, and a command-recognition module, which recognizes vocal commands and provides a control signal to a multi-channel control processor, which processes and controls the first and second radio channels, received from corresponding decoders connected to a satellite radio receiver antenna.
    • 在一个实施例中,卫星无线电接收机能够同时处理(i)在第一扬声器上播放的第一无线电频道和(ii)与第一无线电频道不同的第二无线电频道,其不在第一扬声器上播放 扬声器。 第二无线电频道可以同时在第二扬声器上播放,被记录在非易失性存储器上,和/或使其处理被修改。 用户可以使用声音命令来控制卫星无线电接收机,而第一个频道在第一个扬声器上播放。 无线电接收机具有连接到语音识别命令解释器的麦克风,其包括干扰声消除器,其减少了与声音命令相干扰的声音,以及命令识别模块,其识别声音命令并向多声道提供控制信号 信道控制处理器,其处理和控制从连接到卫星无线电接收机天线的相应解码器接收的第一和第二无线电信道。