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    • 5. 发明申请
    • SUPPORTING MULTIPLE CONCURRENT SERVICE CONTEXTS WITH A SINGLE CONNECTIVITY CONTEXT
    • 支持单一连接背景下的多个并发服务上下文
    • WO2017023435A3
    • 2017-06-15
    • PCT/US2016038430
    • 2016-06-20
    • QUALCOMM INC
    • FACCIN STEFANOHORN GAVIN BERNARDNASIELSKI JOHN WALLACECHAPONNIERE LENAIGLEE SOO BUM
    • H04W76/02
    • H04W8/18H04W12/06H04W76/022H04W76/025H04W80/02
    • Methods and apparatus supporting multiple concurrent service contexts sharing a single connectivity context are disclosed. A device may initiate a radio link with a network node and establish a connectivity context with the network node over the radio link using a connectivity logical context of the device. The network node may receive, authenticate, and authorize context establishment requests. A first service context with a first service management entity may be established over the radio link using a first logical context of the device, where the first logical context is distinct from the connectivity logical context. Multiple service connections using multiple service contexts based on multiple logical contexts of the device may share the connectivity context and may be established over the radio link.
    • 公开了支持共享单个连接性上下文的多个并发服务上下文的方法和装置。 设备可以发起与网络节点的无线电链路并且使用设备的连接性逻辑上下文通过无线电链路建立与网络节点的连接性上下文。 网络节点可以接收,认证和授权上下文建立请求。 可以使用设备的第一逻辑上下文在无线电链路上建立与第一服务管理实体的第一服务上下文,其中第一逻辑上下文不同于连接性逻辑上下文。 使用基于设备的多个逻辑上下文的多个服务上下文的多个服务连接可以共享连接上下文并且可以通过无线电链路建立。
    • 6. 发明申请
    • RADIO FREQUENCY FRONT END DEVICES WITH MASKED WRITE
    • 带掩盖式写入的无线电频率前端装置
    • WO2017070371A3
    • 2017-06-08
    • PCT/US2016057951
    • 2016-10-20
    • QUALCOMM INC
    • MISHRA LALAN JEEWIETFELDT RICHARDO'SHEA HELENA DEIRDRECHEN ZHENQIROETHIG WOLFGANG
    • G06F13/16
    • G06F13/28G06F13/102G06F13/16
    • Methods and apparatuses are described that facilitate the communication of data between a transmitter and a receiver across a serial bus interface. In one configuration, a transmitter generates a datagram based on a 16-bit address and a mask-and-data pair burst length, the 16-bit address including a most significant byte (MSB) and a least significant byte (LSB), compares the MSB to a receiver base address maintained in a shadow register, compares the mask-and-data pair burst length to a receiver masked-write burst length maintained in the shadow register, and sends the datagram to the receiver via the bus interface when: the MSB is equal to the receiver base address maintained in the shadow register, and the mask-and-data pair burst length is equal to the receiver masked-write burst length maintained in the shadow register.
    • 描述了便于通过串行总线接口在发射机和接收机之间进行数据通信的方法和装置。 在一种配置中,发送器基于16位地址和掩码与数据对突发长度生成数据报,该16位地址包括最高有效字节(MSB)和最低有效字节(LSB),比较 MSB与影子寄存器中保存的接收机基地址进行比较,将掩码与数据对突发长度与保存在影子寄存器中的接收机屏蔽写入突发长度进行比较,并在以下情况下通过总线接口将数据报发送给接收机: MSB等于在影子寄存器中维持的接收器基地址,并且掩码和数据对突发长度等于在影子寄存器中维持的接收器掩码写突发长度。
    • 10. 发明申请
    • FULLY DIFFERENTIAL CHARGE PUMP WITH SWITCHED-CAPACITOR COMMON-MODE FEEDBACK
    • 充分差动电荷泵与开关电容器共模反馈
    • WO2017030849A3
    • 2017-03-30
    • PCT/US2016046254
    • 2016-08-10
    • QUALCOMM INC
    • YIN WENJINGHINRICHS JEFFREY MARK
    • H03L7/089H03L7/087
    • H03L7/0891H02M3/07H03L7/087H03L7/0895H03L7/0896
    • Certain aspects of the present disclosure provide methods and apparatus for implementing a fully differential charge pump circuit that eliminates a source of noise and power consumption by using a low-noise switched-capacitor common-mode feedback (CMFB) circuit, rather than a continuous-time amplifier-based CMFB circuit. The fully differential charge pump circuit presented in this disclosure includes the switched-capacitor CMFB (SC-CMFB) unit connected to differential output nodes of the charge pump and provides a feedback signal to the charge pump to control a common-mode voltage of the differential signals based on a reference common-mode voltage. In certain aspects, a replica phase-frequency detector (PFD), a frequency divider, and a non-overlapping clock generator provides control signals for the SCCMFB circuit.
    • 本公开的某些方面提供了用于实现全差分电荷泵电路的方法和装置,其通过使用低噪声开关电容器共模反馈(CMFB)电路而不是连续驱动电路来消除噪声和功耗的源, 基于时间放大器的CMFB电路。 本公开中呈现的全差分电荷泵电路包括连接到电荷泵的差分输出节点的开关电容器CMFB(SC-CMFB)单元,并向电荷泵提供反馈信号以控制差分的共模电压 信号基于参考共模电压。 在某些方面,复制相位频率检测器(PFD),分频器和非重叠时钟发生器为SCCMFB电路提供控制信号。