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    • 1. 发明申请
    • COEXISTENCE OF PRIORITY BROADCAST AND UNICAST IN PEER-TO-PEER NETWORKS
    • 优先广播和单播在对等网络中的共存
    • WO2013006651A2
    • 2013-01-10
    • PCT/US2012045465
    • 2012-07-03
    • QUALCOMM INCWANG YINGSUBRAMANIAN SUNDARWU XINZHOULI JUNYIRICHARDSON THOMAS J
    • WANG YINGSUBRAMANIAN SUNDARWU XINZHOULI JUNYIRICHARDSON THOMAS J
    • H04W72/00
    • H04W72/005
    • A method, a computer program product, and an apparatus are provided. In one configuration, the apparatus transmits a first broadcast signal including information indicating an intention to use a unicast resource for a broadcast. In addition, the apparatus transmits a second broadcast signal in the unicast resource. In another configuration, the apparatus, which is a first wireless device, receives a first broadcast signal from a second wireless device including information indicating an intention to use a unicast resource for a broadcast. In addition, the apparatus receives a first scheduling signal from the second wireless device in a scheduling resource. The first scheduling signal is for indicating a second intention to use the unicast resource for transmitting a second broadcast signal. Furthermore, the apparatus refrains from transmitting a second scheduling signal in the scheduling resource in response to the first scheduling signal.
    • 提供了一种方法,一种计算机程序产品和一种装置。 在一个配置中,该装置发送包括指示广播使用单播资源意图的信息的第一广播信号。 另外,该装置在单播资源中发送第二广播信号。 在另一种配置中,作为第一无线设备的装置从第二无线设备接收包括指示使用单播资源用于广播的意图的信息的第一广播信号。 另外,该设备在调度资源中从第二无线设备接收第一调度信号。 第一调度信号用于指示使用单播资源发送第二广播信号的第二意图。 此外,该装置响应于第一调度信号而避免在调度资源中发送第二调度信号。
    • 2. 发明申请
    • METHODS AND APPARATUS FOR SUPPORTING MULTIPLE COMMUNICATIONS MODES OF OPERATION
    • 支持多种通信操作模式的方法和装置
    • WO2010042342A2
    • 2010-04-15
    • PCT/US2009058649
    • 2009-09-28
    • QUALCOMM INCLAROIA RAJIVLI JUNYIRICHARDSON THOMAS JWU XINZHOUJOVICIC ALEKSANDAR
    • LAROIA RAJIVLI JUNYIRICHARDSON THOMAS JWU XINZHOUJOVICIC ALEKSANDAR
    • H04J1/00
    • H04W72/06H04W48/08H04W84/042H04W88/06
    • Methods and apparatus for supporting multiple modes of communication operation, e.g., with different parameters and/or frequency bands being used in the different modes of operation are described. One or more adjustments are made based on a signal or signals received in a first frequency band from a second communications device, e.g., an access router with reliable timing. The communications device selects between and operates in either the first frequency band, e.g., a WAN frequency band, or in a second frequency band, e.g., a LAN frequency band. The WAN and LAN frequency bands may be non-overlapping. One or more parameters used in the second frequency band have a predetermined relationship to one or more parameters used for communications in the first frequency band making the adjustment based on the signal received in the first frequency band relevant and useful to support communications in the second frequency band.
    • 描述了用于支持多种通信操作模式的方法和装置,例如在不同的操作模式中使用不同的参数和/或频带。 基于来自第二通信设备(例如具有可靠定时的接入路由器)在第一频带中接收的信号或信号进行一个或多个调整。 通信设备在第一频带(例如,WAN频带)中或在第二频带(例如,LAN频带)中进行选择和操作。 WAN和LAN频段可能不重叠。 在第二频带中使用的一个或多个参数与用于第一频带中的通信的一个或多个参数具有预定关系,从而基于在第一频带中接收到的信号进行调整,该信号相关并且有助于支持第二频率中的通信 带。
    • 3. 发明申请
    • METHODS AND APPARATUS FOR COMMUNICATING INFORMATION USING NON-COHERENT AND COHERENT MODULATION
    • 使用非相干和相干调制来传送信息的方法和设备
    • WO2011046951A3
    • 2011-07-28
    • PCT/US2010052353
    • 2010-10-12
    • QUALCOMM INCMEASSON CYRILVIGATO ALBERTORICHARDSON THOMAS JWU XINZHOUTAVILDAR SAURABH RLI JUNYI
    • MEASSON CYRILVIGATO ALBERTORICHARDSON THOMAS JWU XINZHOUTAVILDAR SAURABH RLI JUNYI
    • H04L1/00
    • H04L1/0075
    • Non-coherent modulation is used to communicate coding information via pilot signals using a first subset of resources, and coherent modulation is used to generate data signals. This allows for a stronger global code while keeping individual signaling complexity low. First and second communications devices communicate information using a set of communications resources. By performing non-coherent demodulation on pilot signals received on a first subset of said set of communications resources coding information is recovered. First and second channel estimates are generated from the pilot signals received on the first subset of said communications resources. Coherent demodulation is performed on data signals received on a second subset of said set of communications resources using said first and second channel estimates and said coding information to recover information communicated by said first communications device and to recover separate information communicated by said second communications device.
    • 非相干调制被用于使用资源的第一子集经由导频信号传送编码信息,并且相干调制被用于生成数据信号。 这允许更强大的全局代码,同时保持单独的信令复杂度低。 第一和第二通信设备使用一组通信资源来传递信息。 通过对在所述通信资源集合的第一子集上接收的导频信号执行非相干解调,编码信息被恢复。 根据在所述通信资源的第一子集上接收的导频信号生成第一和第二信道估计。 使用所述第一和第二信道估计和所述编码信息对在所述通信资源集合的第二子集上接收到的数据信号执行相干解调,以恢复由所述第一通信设备传送的信息并恢复由所述第二通信设备传送的单独信息。
    • 4. 发明申请
    • AUTOMATIC GAIN CONTROL IN A WIRELESS COMMUNICATION NETWORK
    • 无线通信网络中的自动增益控制
    • WO2010085818A3
    • 2010-09-16
    • PCT/US2010022143
    • 2010-01-26
    • QUALCOMM INCLI JUNYIWANG YINGRICHARDSON THOMAS JJOVICIC ALEKSANDAR
    • LI JUNYIWANG YINGRICHARDSON THOMAS JJOVICIC ALEKSANDAR
    • H03G3/30H03G3/20H04W52/52
    • H03G3/3078H03G3/3089H04W52/383H04W52/52
    • Techniques for performing automatic gain control (AGC) at a terminal in a wireless communication network are described. In an aspect, the terminal may use different receiver gain settings to receive different types of signals in different time intervals. The terminal may determine a receiver gain setting for each signal type and may use the receiver gain setting to receive signals of that signal type. In another aspect, the terminal may determine a receiver gain setting for a future time interval based on received power levels for peer terminals expected to transmit in that time interval. The terminal may measure received power levels of signals received from a plurality of terminals. The terminal may determine a set of terminals expected to transmit in the future time interval and may determine the receiver gain setting for the future time interval based on the measured received power levels for the set of terminals.
    • 描述了在无线通信网络中的终端处执行自动增益控制(AGC)的技术。 在一方面,终端可以使用不同的接收机增益设置来以不同的时间间隔接收不同类型的信号。 终端可以确定每个信号类型的接收机增益设置,并且可以使用接收机增益设置来接收该信号类型的信号。 在另一方面,终端可以基于期望在该时间间隔中发送的对等终端的接收功率电平来确定未来时间间隔的接收机增益设置。 终端可以测量从多个终端接收的信号的接收功率电平。 终端可以确定期望在未来时间间隔中发送的一组终端,并且可以基于所测量的终端集合的接收功率电平来确定未来时间间隔的接收机增益设置。
    • 7. 发明申请
    • METHODS AND APPARATUS FOR POWER CONTROL AND INTERFERENCE MANAGEMENT IN WIRELESS MICROPHONE TRANSMISSION SYSTEMS
    • 用于无线麦克风传输系统中的功率控制和干扰管理的方法和设备
    • WO2012027562A3
    • 2012-05-18
    • PCT/US2011049134
    • 2011-08-25
    • QUALCOMM INCLI JUNYICORSON MATHEW SCOTTRICHARDSON THOMAS JLANE FRANK A
    • LI JUNYICORSON MATHEW SCOTTRICHARDSON THOMAS JLANE FRANK A
    • H04W16/14H04W72/04H04W84/18
    • H04W52/24H04W52/245H04W52/246H04W52/247H04W52/248H04W52/327H04W72/02H04W84/18
    • A wireless microphone receiver is used to control transmission power and/or channel configuration of wireless microphones which communicate audio data to the wireless microphone receiver. In some embodiments the wireless microphone receiver searches for available channels, e.g., on a periodic or other basis. Based on wireless microphone receiver loading and interference considerations, channel availability may be determined and channel assignments are made. In some embodiments channel assignments are made based on wireless microphone battery status. Channel assignments to wireless microphones are communicated via a control channel. In addition to channel assignments, wireless microphone transmitter power can be controlled by the wireless microphone receiver. Commands to increase or decrease transmission power may occur as channel conditions change and/or on a recurring periodic basis. The rate of power control transmission may be relatively infrequent, e.g., a second apart in some embodiments, given that wireless microphones tend to be relatively stationary during use.
    • 无线麦克风接收器用于控制将音频数据传送到无线麦克风接收器的无线麦克风的传输功率和/或信道配置。 在一些实施例中,无线麦克风接收器例如在周期性或其他基础上搜索可用信道。 基于无线麦克风接收器负载和干扰考虑,可以确定信道可用性并进行信道分配。 在一些实施例中,基于无线麦克风电池状态进行信道分配。 无线麦克风的信道分配通过控制信道进行通信。 除了通道分配之外,无线麦克风发射器的功率可以由无线麦克风接收器控制。 随着信道条件的改变和/或周期性重复发生,可能会发生增加或减少发射功率的命令。 考虑到无线麦克风在使用期间倾向于相对固定,功率控制传输的速率可能相对不频繁,例如在一些实施例中相隔一秒。