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    • 65. 发明申请
    • METHODS AND APPARATUS FOR COMMUNICATING INFORMATION USING VARIOUS TRANSMISSION POWER MODES
    • 使用各种传输功率模式传达信息的方法和装置
    • WO2011106699A1
    • 2011-09-01
    • PCT/US2011/026318
    • 2011-02-25
    • QUALCOMM INCORPORATEDWU, XinzhouLI, JunyiKHUDE, NileshSUBRAMANIAN, Sundar
    • WU, XinzhouLI, JunyiKHUDE, NileshSUBRAMANIAN, Sundar
    • H04W52/34
    • H04W52/343H04W52/322H04W52/46
    • A wireless communications device supports a constant transmission power mode of operation and a time varying transmission power mode of operation for transmitting data, e.g., peer discovery data. The device determines an amount of network congestion and switches between the two modes of operation as a function of the determined amount of network congestion. Various described methods and apparatus are well suited for use in a peer to peer ad hoc wireless communications system in which a limited amount of air link resources are available for peer discovery signaling and the same peer discovery resources are, at times, used concurrently by multiple devices. When network congestion is low, the device operates in the constant transmission power mode. When network congestion is high, the device operates in the time varying power mode. Devices sharing a common peer discovery resource in a local area intentionally select different time varying transmission patterns.
    • 无线通信设备支持恒定的发送功率操作模式和用于发送数据的时变发送功率操作模式,例如对等体发现数据。 该设备确定网络拥塞量,并根据确定的网络拥塞量来确定两种运营模式之间的切换。 各种描述的方法和装置非常适合用于对等自组织无线通信系统中,其中有限量的空中链路资源可用于对等体发现信令,同时有相同的对等体发现资源同时由多个 设备。 当网络拥塞低时,设备以恒定的传输功率模式工作。 当网络拥塞较高时,设备在时变功率模式下工作。 在本地区共享公共对等体发现资源的设备有意选择不同的时变传输模式。
    • 66. 发明申请
    • RELAY COMMUNICATIONS METHODS AND APPARATUS
    • 继电器通信方法和设备
    • WO2010059516A2
    • 2010-05-27
    • PCT/US2009/064377
    • 2009-11-13
    • QUALCOMM IncorporatedWU, XinzhouLI, Junyi
    • WU, XinzhouLI, Junyi
    • H04B7/14
    • H04W36/18H04B7/155H04B7/2606
    • Methods and apparatus relating to interference mitigation in a wireless communications system including multi-sector base stations and relay stations are described. Different types of transmission slots are used, e.g., base station-relay station slots, relay station-access terminal slots, and base station-access terminal slots. Relay station to access terminal slots of a first schedule are non-overlapping with relay station to access terminal slots of a second schedule. A deployment pattern associates each particular base station sector and its associated relay station with one particular schedule. At least some different sectors of the same base station intentionally use different schedules. An access terminal determines and uses the schedule corresponding to the base station sector or relay station from which it intends to receive downlink signals. By utilizing multiple slot type allocation schedules and a particular schedule deployment pattern in the system, interference experienced by access terminals in boundary regions can be mitigated.
    • 描述了涉及包括多扇区基站和中继站的无线通信系统中的干扰减轻的方法和设备。 使用不同类型的传输时隙,例如基站 - 中继站时隙,中继站 - 接入终端时隙和基站 - 接入终端时隙。 接入第一时间表的终端时隙的中继站与中继站不重叠以访问第二时间表的终端时隙。 部署模式将每个特定的基站扇区及其相关的中继站与一个特定的时间表相关联。 同一个基站的至少一些不同的扇区有意使用不同的时间表。 接入终端确定并使用与其打算接收下行链路信号的基站扇区或中继站对应的调度。 通过在系统中利用多个时隙类型分配时间表和特定的时间表部署模式,可以减轻接入终端在边界区域中经历的干扰。