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    • 1. 发明授权
    • Method for mitigating adverse processor loading in a personal computer implementation of a wireless local area network adapter
    • 用于减轻无线局域网适配器的个人计算机实现中的不利处理器负载的方法
    • US08296455B2
    • 2012-10-23
    • US11839152
    • 2007-08-15
    • Richard Douglas SchultzGeorge Rodney Nelson, Jr.John Erich Hoffmann
    • Richard Douglas SchultzGeorge Rodney Nelson, Jr.John Erich Hoffmann
    • G06F15/16
    • H04L43/16H04L43/0894
    • A personal computer's (PC) microprocessor is used to provide both the physical layer (PHY) and media access control (MAC) processing functions required to implement a wireless local area network (WLAN) adapter. This technique uses the polling mechanism associated with the power save (PS) functionality of WLAN protocol to relieve networking stress on the host processing system. It does this while maintaining networking integrity and packet delivery. The WLAN protocol polling mechanism is used to briefly inhibit the transfer of packets from the WLAN access point (AP) during peak periods of network traffic and/or host processor loading. Because the modulation, demodulation, and MAC functions, typically implemented in dedicated hardware on existing adapters are implemented in software running on the host PC microprocessor, other host system processes and applications can interfere with these time critical functions. Conversely, latency introduced by WLAN specific processing tasks during peak periods of network traffic may cause unacceptable delays to the other processes and applications requiring microprocessor attention. In addition to its primary stated purpose of allowing WLAN mobile stations to save power, this technique will use power save polling as a method for controlling delivery of network packets when the host is heavily loaded or when peak interrupt latencies make reliable packet delivery difficult or impossible.
    • 个人计算机(PC)微处理器用于提供实现无线局域网(WLAN)适配器所需的物理层(PHY)和媒体访问控制(MAC)处理功能。 这种技术使用与WLAN协议的功率节省(PS)功能相关联的轮询机制来减轻主机处理系统上的网络压力。 它同时保持网络完整性和数据包传输。 WLAN协议轮询机制用于在网络流量和/或主处理器加载的高峰期期间短暂禁止从WLAN接入点(AP)传送数据包。 由于通常在现有适配器上的专用硬件中实现的调制,解调和MAC功能在主机PC微处理器上运行的软件中实现,所以其他主机系统进程和应用程序可能会干扰这些时间关键功能。 相反,由网络流量高峰期的WLAN特定处理任务引入的延迟可能会对需要微处理器注意的其他进程和应用程序造成不可接受的延迟。 除了主要规定的允许WLAN移动台节省电力的目的之外,该技术还将使用省电轮询作为在主机严重加载时控制网络分组传送的方法,或者当峰值中断延迟使得可靠的分组传送困难或不可能时 。
    • 2. 发明申请
    • Method for Mitigating Adverse Processor Loading in a Personal Computer Implementation of a Wireless Local Area Network Adapter
    • 一种减轻无线局域网适配器个人计算机不利处理器加载的方法
    • US20100208612A1
    • 2010-08-19
    • US12772268
    • 2010-05-03
    • Richard Douglas SchultzGeorge Rodney Nelson, JR.John Erich Hoffmann
    • Richard Douglas SchultzGeorge Rodney Nelson, JR.John Erich Hoffmann
    • H04L12/26
    • H04L43/16H04L43/0894
    • A personal computer's (PC) microprocessor is used to provide both the physical layer (PHY) and media access control (MAC) processing functions required to implement a wireless local area network (WLAN) adapter. This technique uses the polling mechanism associated with the power save (PS) functionality of WLAN protocol to relieve networking stress on the host processing system. It does this while maintaining networking integrity and packet delivery. The WLAN protocol polling mechanism is used to briefly inhibit the transfer of packets from the WLAN access point (AP) during peak periods of network traffic and/or host processor loading. Because the modulation, demodulation, and MAC functions, typically implemented in dedicated hardware on existing adapters are implemented in software running on the host PC microprocessor, other host system processes and applications can interfere with these time critical functions. Conversely, latency introduced by WLAN specific processing tasks during peak periods of network traffic may cause unacceptable delays to the other processes and applications requiring microprocessor attention. In addition to its primary stated purpose of allowing WLAN mobile stations to save power, this technique will use power save polling as a method for controlling delivery of network packets when the host is heavily loaded or when peak interrupt latencies make reliable packet delivery difficult or impossible.
    • 个人计算机(PC)微处理器用于提供实现无线局域网(WLAN)适配器所需的物理层(PHY)和媒体访问控制(MAC)处理功能。 该技术使用与WLAN协议的功率节省(PS)功能相关联的轮询机制来减轻主机处理系统上的网络压力。 它同时保持网络完整性和数据包传输。 WLAN协议轮询机制用于在网络流量和/或主处理器加载的高峰期期间短暂禁止从WLAN接入点(AP)传送数据包。 由于通常在现有适配器上的专用硬件中实现的调制,解调和MAC功能在主机PC微处理器上运行的软件中实现,所以其他主机系统进程和应用程序可能会干扰这些时间关键功能。 相反,由网络流量高峰期的WLAN特定处理任务引入的延迟可能会对需要微处理器注意的其他进程和应用程序造成不可接受的延迟。 除了主要规定的允许WLAN移动台节省电力的目的之外,该技术还将使用省电轮询作为在主机严重加载时控制网络分组传送的方法,或者当峰值中断延迟使得可靠的分组传送困难或不可能时 。
    • 3. 发明授权
    • Method for mitigating adverse processor loading in a personal computer implementation of a wireless local area network adapter
    • 用于减轻无线局域网适配器的个人计算机实现中的不利处理器负载的方法
    • US07788397B1
    • 2010-08-31
    • US10625799
    • 2003-07-23
    • Richard Douglas SchultzGeorge Rodney Nelson, Jr.John Erich Hoffmann
    • Richard Douglas SchultzGeorge Rodney Nelson, Jr.John Erich Hoffmann
    • G06F15/16G08C17/00H04B1/38
    • H04L43/16H04L43/0894
    • A personal computer's (PC) microprocessor is used to provide both the physical layer (PHY) and media access control (MAC) processing functions required to implement a wireless local area network (WLAN) adapter. This technique uses the polling mechanism associated with the power save (PS) functionality of WLAN protocol to relieve networking stress on the host processing system. It does this while maintaining networking integrity and packet delivery. The WLAN protocol polling mechanism is used to briefly inhibit the transfer of packets from the WLAN access point (AP) during peak periods of network traffic and/or host processor loading. Because the modulation, demodulation, and MAC functions, typically implemented in dedicated hardware on existing adapters are implemented in software running on the host PC microprocessor, other host system processes and applications can interfere with these time critical functions. Conversely, latency introduced by WLAN specific processing tasks during peak periods of network traffic may cause unacceptable delays to the other processes and applications requiring microprocessor attention. In addition to its primary stated purpose of allowing WLAN mobile stations to save power, this technique will use power save polling as a method for controlling delivery of network packets when the host is heavily loaded or when peak interrupt latencies make reliable packet delivery difficult or impossible.
    • 个人计算机(PC)微处理器用于提供实现无线局域网(WLAN)适配器所需的物理层(PHY)和媒体访问控制(MAC)处理功能。 该技术使用与WLAN协议的功率节省(PS)功能相关联的轮询机制来减轻主机处理系统上的网络压力。 它同时保持网络完整性和数据包传输。 WLAN协议轮询机制用于在网络流量和/或主处理器加载的高峰期期间短暂禁止从WLAN接入点(AP)传送数据包。 由于通常在现有适配器上的专用硬件中实现的调制,解调和MAC功能在主机PC微处理器上运行的软件中实现,所以其他主机系统进程和应用程序可能会干扰这些时间关键功能。 相反,由网络流量高峰期的WLAN特定处理任务引入的延迟可能会对需要微处理器注意的其他进程和应用程序造成不可接受的延迟。 除了主要规定的允许WLAN移动台节省电力的目的之外,该技术还将使用省电轮询作为在主机严重加载时控制网络分组传送的方法,或者当峰值中断延迟使得可靠的分组传送困难或不可能时 。
    • 7. 发明授权
    • Transceiver including reactive termination for enhanced cross-modulation performance and related methods
    • 收发器包括用于增强交叉调制性能的反应式终端和相关方法
    • US06785324B1
    • 2004-08-31
    • US09426847
    • 1999-10-26
    • Richard Douglas SchultzRaphael Leite B. Matarazzo
    • Richard Douglas SchultzRaphael Leite B. Matarazzo
    • H04B138
    • H04B1/525H04B1/18H04L5/14
    • A full-duplex radio transceiver includes a transmitter and a receiver. A duplexer is connected to an output of the transmitter and an input of the receiver. The receiver includes a low noise amplifier having a nonlinear portion capable of generating undesired cross-modulation signals based upon a portion of the transmit signal coupled thereto from the duplexer and a signal from another adjacent transmitter. A bandpass filter is connected to an output of the low noise amplifier, and at least one downconverter stage is connected to an output of the bandpass filter. A reactive termination circuit is connected between the low noise amplifier and the bandpass filter for changing an impedance presented to the output of the low noise amplifier with respect to signals from the colocated transmitter to thereby reduce undesired cross-modulation signals.
    • 全双工无线电收发器包括发射机和接收机。 双工器连接到发射器的输出端和接收器的输入端。 接收机包括具有非线性部分的低噪声放大器,该非线性部分能够基于从双工器耦合到其上的发射信号的一部分和来自另一相邻发射机的信号产生不期望的交叉调制信号。 带通滤波器连接到低噪声放大器的输出,并且至少一个下变频器级连接到带通滤波器的输出端。 反相终端电路连接在低噪声放大器和带通滤波器之间,用于相对于来自共定位发射机的信号改变呈现给低噪声放大器的输出的阻抗,从而减少不期望的交叉调制信号。