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    • 41. 发明申请
    • METHOD AND APPARATUS FOR OPTIMIZED REACQUISITION OF WIRELESS COMMUNICATIONS SYSTEMS
    • 用于无线通信系统的优化重新获取的方法和设备
    • WO2013052871A1
    • 2013-04-11
    • PCT/US2012/059064
    • 2012-10-05
    • QUALCOMM INCORPORATED
    • NGAI, Francis Ming-MengPUIG, Carlos M.SWAMINATHAN, Arvind
    • H04W52/02G06F1/32
    • H04W52/0254G06F1/3206H04M2250/12H04W52/0241Y02D70/00Y02D70/1242Y02D70/1262Y02D70/142
    • Motion status states reported by an advanced motion detection process or other means of obtaining a movement state of Stationary or Non-Stationary from filtered accelerometer data are utilized to reacquire service during Out of Service scenarios. Both movement states operate in three power phases: aggressive scanning or normal power mode, slow scanning or moderate power mode, and deep sleep or power saving mode. The scanning rate, power mode, scanning period and/or channel list depend upon the movement state and power phase. Motion information obtained from an advanced motion detection process provides substantial improvements in service reacquisition performance and power consumption in stationary Out of Service scenarios. When compared to traditional service reacquisition scanning routines, the reductions in average current can be achieved of: at a 5-minute OOS mark, ~45% reduction, at a 15-minute OOS mark, ~60% reduction and at a 6-hour OOS mark, ~50% reduction.
    • 利用先进的运动检测过程或从过滤的加速度计数据获得静止或非静止的运动状态的其他手段报告的运动状态状态被用于在停用场景期间重新获取服务。 两种移动状态都有三个功率阶段:积极扫描或正常功耗模式,慢速扫描或中等功耗模式以及深度睡眠或省电模式。 扫描速率,功率模式,扫描周期和/或频道列表取决于移动状态和功率相位。 从先进的运动检测过程中获得的运动信息提供了服务重新捕获性能和固定停止服务情况下的功耗的实质性改进。 与传统服务重新捕获扫描例程相比,平均电流的降低可以达到:在OOS标记5分钟,减少约45%,OOS标记15分钟,减少约60%以及6小时 OOS标志,减少〜50%。
    • 42. 发明申请
    • MECHANISMS FOR DETECTION OF AND RECOVERY FROM CIPHERING PARAMETER MISMATCH ON COMMUNICATION NETWORKS
    • 用于检测和恢复通信网络上的参数错误的机制
    • WO2012167189A1
    • 2012-12-06
    • PCT/US2012/040595
    • 2012-06-01
    • QUALCOMM INCORPORATEDVENKATSURESH, Ajay K.SANKA, Suresh
    • VENKATSURESH, Ajay K.SANKA, Suresh
    • H04W12/02
    • H04W12/02H04L9/0816H04L63/0457H04L63/162H04L2209/80H04W80/02
    • Disclosed are methods and apparatus for detecting mismatch of ciphering parameters, such as Count-C, in a wireless device and recovery therefrom. The methods and apparatus for detection include examining a predefined ciphered field, such as a Length Indicator field, in one or more received Radio Link Control (RLC) Protocol Data Units (PDUs). Next, a determination of when the field is invalid over a predetermined sample number of PDUs is performed. Mismatch of ciphering parameters can then be determined when a predetermined number of samples of the field detected as invalid exceed a predetermined threshold. Additionally, recovery of PDUs after mismatch detections is disclosed using a range of Hyper-Frame Numbers (HFNs) to decipher buffered PDUs, and then check which of the HFNs eliminate the parameter mismatch by again determining if parameter mismatch occurs using the methods and apparatus for detection.
    • 公开了用于检测无线设备中的加密参数(例如Count-C)的不匹配的方法和装置以及从其恢复的方法和装置。 用于检测的方法和装置包括在一个或多个接收的无线电链路控制(RLC)协议数据单元(PDU)中检查预定义的加密字段,诸如长度指示符字段。 接下来,执行在预定采样数量的PDU上何时无效的确定。 然后可以在检测为无效的场的预定数量的样本超过预定阈值时确定加密参数的不匹配。 另外,使用一系列超帧编号(HFN)来公开对不匹配检测后的PDU的恢复,以解密缓冲的PDU,然后通过再次确定参数不匹配是否发生参数失配,检查哪些HFN消除参数失配 检测。
    • 43. 发明申请
    • METHOD AND APPARATUS FOR HYBRID PHASE SWEEPING FOR MOBILE TRANSMIT DIVERSITY
    • 用于移动传输多样性的混合相位扫描的方法和装置
    • WO2011119734A1
    • 2011-09-29
    • PCT/US2011/029630
    • 2011-03-23
    • QUALCOMM INCORPORATEDSENDONARIS, Andrew
    • SENDONARIS, Andrew
    • H04B7/06
    • H04B7/0617H04B7/0682
    • An improved method and apparatus for Mobile Transmit Diversity (MTD), or Uplink Transmit Diversity (ULTD) is disclosed. The mobile device either selects the best antenna at any given time, or transmits from both antennas using the best beam forming phase without feedback from the base station on which antenna to transmit from or which phase to use if using two antennas. Essentially operating in Open Loop MTD, a Hybrid Phase Sweeping algorithm requires testing of a fraction of phase hypotheses resulting in improved base station performance and higher data rates for the user. One among the set of transmission test phase hypotheses (for example: 0,90,180 and 270 degrees) is selected using a turn direction (left or right). The uplink transmission quality for the selected test phase hypotheses during a test period is compared with the uplink transmission quality during steady state. The current phase is changed to the test phase if the first quality value is better.
    • 公开了一种用于移动发射分集(MTD)或上行链路发射分集(ULTD)的改进的方法和装置。 移动设备可以在任何给定时间选择最佳天线,或者使用最佳波束形成相位从两个天线发射,如果使用两个天线,则从哪个天线发射哪个天线或哪个相位使用来自基站的反馈。 基本上在开环MTD中运行,混合相位扫描算法需要测试一部分相位假设,从而提高用户的基站性能和更高的数据速率。 使用转向(左或右)选择传输测试阶段假设(例如:0,90,180和270度)中的一个。 在稳定状态期间将测试期间所选择的测试阶段假设的上行链路传输质量与上行链路传输质量进行比较。 如果第一个质量值更好,当前阶段将更改为测试阶段。
    • 45. 发明申请
    • APPARATUS AND METHODS FOR USB CONNECTION IN A MULTI-PROCESSOR DEVICE
    • 用于多处理器设备中的USB连接的装置和方法
    • WO2011063379A1
    • 2011-05-26
    • PCT/US2010/057743
    • 2010-11-23
    • QUALCOMM INCORPORATEDMALAMANT, IgorBHAVANSIKAR, RaghavendarKOLOR, Sergio
    • MALAMANT, IgorBHAVANSIKAR, RaghavendarKOLOR, Sergio
    • G06F13/38G06F1/32H04M1/72
    • G06F13/385G06F1/3203G06F1/325G06F1/3287G06F2213/3814Y02D10/151Y02D10/171
    • Disclosed are apparatus and methods for use in a USB device with multiple processors, allowing shared USB connectivity in the device. The disclosed apparatus and methods allow selective coupling of a first processor to a USB port of the device or to a USB hub operable to route a plurality of USB connections including connection of a second processor to the port. Providing selective coupling of the processors to the port by switching the coupling of the first processor and selectively powering the hub on and off for selective coupling of the second processor, thereby selectively enabling tethered networking such as wireless networking, affords increased power savings in the device. Furthermore, default coupling of the first processor to the port allows for USB battery charger detection, or direct connectivity to USB peripheral devices, as well as providing programming capability via the default coupling of the port to the first processor.
    • 公开了在具有多个处理器的USB设备中使用的设备和方法,允许在设备中共享USB连接。 所公开的装置和方法允许将第一处理器选择性地耦合到设备的USB端口或者可操作地将多个USB连接路由到包括第二处理器的连接到端口的USB集线器。 通过切换第一处理器的耦合并选择性地为集线器接通和关闭来为第二处理器的选择性耦合提供处理器到端口的选择性耦合,从而选择性地实现诸如无线联网之类的系统联网,从而在设备中增加功率节省 。 此外,第一处理器与端口的默认耦合允许USB电池充电器检测,或直接连接到USB外围设备,以及通过端口与第一处理器的默认耦合来提供编程能力。
    • 50. 发明申请
    • METHODS AND APPARATUS FOR SIGNAL SCANNING AND ACQUISITION FOR MULTIPLE-AIR-INTERFACE DEVICES
    • 用于多空气接口装置的信号扫描和获取的方法和装置
    • WO2010078357A1
    • 2010-07-08
    • PCT/US2009/069726
    • 2009-12-29
    • QUALCOMM INCORPORATEDHORODEZKY, Samuel, JacobPANIAN, James, Lionel
    • HORODEZKY, Samuel, JacobPANIAN, James, Lionel
    • H04W48/16H04W8/20H04W48/18H04W88/06
    • H04W48/16H04W8/205H04W48/18H04W88/06
    • Methods and apparatus for signal scanning and acquisition for multiple-air-interface devices are discussed. In particular, scanning of a location for signals from one or more local service providers is carried out, wherein scanning is operable to detect signals based on at least a first air interface and a second air interface, such as CDMA and UMTS, respectively. A list of local service providers detected from the scanning is assembled to allow a user to select a connection to at a local service provider from the list. Thus, a user is afforded the ability to see all service provider signals in the location, for all bands and air-interfaces supported by the modem on a user's multiple-air-interface device. The user may therefore acquire connection more easily without having any prior knowledge about the area or its service providers, and regardless of the type of air interface originating the local signals.
    • 讨论了用于多空气接口设备信号扫描和采集的方法和装置。 特别地,执行对来自一个或多个本地服务提供商的信号的位置的扫描,其中扫描可操作以分别基于至少第一空中接口和第二空中接口(例如CDMA和UMTS)来检测信号。 组装从扫描检测到的本地服务提供商的列表,以允许用户从列表中选择到本地服务提供商的连接。 因此,向用户提供在用户的多空接口设备上为调制解调器支持的所有频带和空中接口的位置查看所有服务提供商信号的能力。 因此,用户可以更容易地获取连接,而不需要关于区域或其服务提供商的任何先前知识,并且不管发起本地信号的空中接口的类型如何。