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    • 2. 发明申请
    • Reference Oscillator Arbitration and Scheduling for Multiple Wireless Subsystems
    • 多个无线子系统的参考振荡器仲裁和调度
    • US20130115905A1
    • 2013-05-09
    • US13463976
    • 2012-05-04
    • Nikolaos HARALABIDIS
    • Nikolaos HARALABIDIS
    • H04B1/06H04W52/02H04W64/00H04W68/00
    • H04B1/406H04B1/005H04B2215/065
    • Systems and methods are described for controlling a reference oscillator shared by multiple subsystems of a communications system and arbitrating usage of the reference oscillator among these subsystems. By changing the properties of the reference oscillator (e.g., by tuning the reference oscillator) according to the needs of particular subsystem(s), the communications system can configure the reference oscillator to meet the specification requirements of these particular subsystem(s) and can later reconfigure the reference oscillator to meet the needs of other subsystems. Further, the controller can configure the subsystems based on parameters that impact multiple subsystems (e.g., by implementing geographic awareness, spectrum occupation awareness, and availability of Assisted GPS (AGPS) functionality) to achieve further optimization of the communications system.
    • 描述了用于控制由通信系统的多个子系统共享的参考振荡器并且在这些子系统中仲裁参考振荡器的使用的系统和方法。 通过根据特定子系统的需要改变参考振荡器的属性(例如,通过调整参考振荡器),通信系统可以配置参考振荡器以满足这些特定子系统的规范要求,并且可以 稍后重新配置参考振荡器以满足其他子系统的需要。 此外,控制器可以基于影响多个子系统的参数(例如,通过实现地理意识,频谱占用意识和辅助GPS(AGPS)功能的可用性)来配置子系统,以实现通信系统的进一步优化。
    • 4. 发明授权
    • Method and system for coexistence in a multiband, multistandard communication system utilizing a plurality of phase locked loops
    • 一种利用多个锁相环的多频段多标准通信系统中共存的方法和系统
    • US08121573B2
    • 2012-02-21
    • US12325750
    • 2008-12-01
    • Nikolaos HaralabidisIoannis KokolakisNikolaos KanakarisKonstantinos Vavelidis
    • Nikolaos HaralabidisIoannis KokolakisNikolaos KanakarisKonstantinos Vavelidis
    • H04B1/06H04B7/00
    • H04B15/06H03L7/18H04B1/0475
    • Methods and systems for coexistence in a multiband, multistandard communication system utilizing a plurality of phase locked loops (PLLs) are disclosed. Aspects may include determining one or more desired frequencies of operation of a transceiver, determining a frequency of unwanted signals such as spurs, intermodulation, and/or mixing product signals, and configuring the PLLs to operate at a multiple of the desired frequencies while avoiding the unwanted signals. The desired frequencies may be generated utilizing integer, which may include multi-modulus dividers. The wireless standards may include LTE, GSM, EDGE, GPS, Bluetooth, WiFi, and/or WCDMA, for example. The frequencies may be configured to mitigate interference. PLLs may be shared when operating in TDD mode, and used separately operating in FDD mode. One or more digital interface signals, zero exceptions on a transmitter spur emission mask, and sampling clocks for ADCs and/or DACs in the transceiver may be generated utilizing the PLLs.
    • 公开了利用多个锁相环(PLL)的多频带多标准通信系统中共存的方法和系统。 方面可以包括确定收发器的一个或多个期望的操作频率,确定不想要的信号的频率,例如杂散,互调和/或混合乘积信号,以及配置PLL以期望频率的倍数工作,同时避免 不需要的信号。 期望的频率可以利用整数产生,其可以包括多模式分频器。 无线标准可以包括例如LTE,GSM,EDGE,GPS,蓝牙,WiFi和/或WCDMA。 频率可以被配置为减轻干扰。 在TDD模式下工作时可以共享PLL,并在FDD模式下单独使用。 可以利用PLL来产生一个或多个数字接口信号,发射器支线发射掩模上的零异常以及收发器中的ADC和/或DAC的采样时钟。
    • 8. 发明授权
    • Method and system for coexistence in a multiband, multistandard communication system utilizing a plurality of phase locked loops
    • 一种利用多个锁相环的多频段多标准通信系统中共存的方法和系统
    • US08346196B2
    • 2013-01-01
    • US13399557
    • 2012-02-17
    • Nikolaos HaralabidisIoannis KokolakisNikolaos KanakarisKonstantinos Vavelidis
    • Nikolaos HaralabidisIoannis KokolakisNikolaos KanakarisKonstantinos Vavelidis
    • H04B1/06H04B7/00
    • H04B15/06H03L7/18H04B1/0475
    • Methods and systems for coexistence in a multiband, multistandard communication system utilizing a plurality of phase locked loops (PLLs) are disclosed. Aspects may include determining one or more desired frequencies of operation of a transceiver, determining a frequency of unwanted signals such as spurs, intermodulation, and/or mixing product signals, and configuring the PLLs to operate at a multiple of the desired frequencies while avoiding the unwanted signals. The desired frequencies may be generated utilizing integer, which may include multi-modulus dividers. The wireless standards may include LTE, GSM, EDGE, GPS, Bluetooth, WiFi, and/or WCDMA, for example. The frequencies may be configured to mitigate interference. PLLs may be shared when operating in TDD mode, and used separately operating in FDD mode. One or more digital interface signals, zero exceptions on a transmitter spur emission mask, and sampling clocks for ADCs and/or DACs in the transceiver may be generated utilizing the PLLs.
    • 公开了利用多个锁相环(PLL)的多频带多标准通信系统中共存的方法和系统。 方面可以包括确定收发器的一个或多个期望的操作频率,确定不想要的信号的频率,例如杂散,互调和/或混合乘积信号,以及配置PLL以期望频率的倍数工作,同时避免 不需要的信号。 期望的频率可以利用整数产生,其可以包括多模式分频器。 无线标准可以包括例如LTE,GSM,EDGE,GPS,蓝牙,WiFi和/或WCDMA。 频率可以被配置为减轻干扰。 在TDD模式下工作时可以共享PLL,并在FDD模式下单独使用。 可以利用PLL来产生一个或多个数字接口信号,发射器支线发射掩模上的零异常以及收发器中的ADC和/或DAC的采样时钟。
    • 10. 发明授权
    • Reference oscillator arbitration and scheduling for multiple wireless subsystems
    • 多个无线子系统的参考振荡器仲裁和调度
    • US09197278B2
    • 2015-11-24
    • US13463976
    • 2012-05-04
    • Nikolaos Haralabidis
    • Nikolaos Haralabidis
    • H04B1/403H04B1/00
    • H04B1/406H04B1/005H04B2215/065
    • Systems and methods are described for controlling a reference oscillator shared by multiple subsystems of a communications system and arbitrating usage of the reference oscillator among these subsystems. By changing the properties of the reference oscillator (e.g., by tuning the reference oscillator) according to the needs of particular subsystem(s), the communications system can configure the reference oscillator to meet the specification requirements of these particular subsystem(s) and can later reconfigure the reference oscillator to meet the needs of other subsystems. Further, the controller can configure the subsystems based on parameters that impact multiple subsystems (e.g., by implementing geographic awareness, spectrum occupation awareness, and availability of Assisted GPS (AGPS) functionality) to achieve further optimization of the communications system.
    • 描述了用于控制由通信系统的多个子系统共享的参考振荡器并且在这些子系统中仲裁参考振荡器的使用的系统和方法。 通过根据特定子系统的需要改变参考振荡器的属性(例如,通过调整参考振荡器),通信系统可以配置参考振荡器以满足这些特定子系统的规范要求,并且可以 稍后重新配置参考振荡器以满足其他子系统的需要。 此外,控制器可以基于影响多个子系统的参数(例如,通过实现地理意识,频谱占用意识和辅助GPS(AGPS)功能的可用性)来配置子系统,以实现通信系统的进一步优化。