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    • 1. 发明申请
    • PACKET FRAGMENTATION
    • 分组分片
    • WO2010077579A1
    • 2010-07-08
    • PCT/US2009/066872
    • 2009-12-04
    • QUALCOMM IncorporatedWANG, HuaTAVILDAR, Saurabh R.PARK, Vincent D.LI, Junyi
    • WANG, HuaTAVILDAR, Saurabh R.PARK, Vincent D.LI, Junyi
    • H04W28/06
    • H04W28/06H04W28/065
    • Methods and apparatus related to packet fragmentation and reconstruction are described. A sequence of bits is generated including at least one header and at least partial packet payload prior to a determination of the actual data rate to be used in a communications segment. In some embodiments, the generated sequence of bits corresponds to a prepared information bit stream for a best case scenario in which the highest data rate is selected for segment. Various embodiments allow for the selection of the data rate to be used for the communications segment to be delayed until just prior to the transmission. Thus the selection of the data rate for the communications segment, and thus the segment capacity, can be based on more current channel condition information than would otherwise be possible if the communications device needed to know the data rate for the segment before performing header and packet fragmentation operations.
    • 描述了与分组分段和重构有关的方法和设备。 在确定要在通信段中使用的实际数据速率之前,生成包括至少一个报头和至少部分分组有效载荷的比特序列。 在一些实施例中,所生成的比特序列对应于为其选择最高数据速率的最佳情况的准备的信息比特流。 各种实施例允许选择将要延迟的通信段的数据速率直到传输之前。 因此,对于通信段的数据速率的选择以及因此的段容量可以基于比当前通信设备在执行报头和分组之前需要知道该段的数据速率所需的更多的当前信道条件信息的情况下 碎片操作。
    • 3. 发明申请
    • METHODS AND APPARATUS FOR SUPPORTING SYNCHRONIZATION BETWEEN GROUPS OF DEVICES
    • 用于支持设备组之间的同步的方法和装置
    • WO2011112716A1
    • 2011-09-15
    • PCT/US2011/027750
    • 2011-03-09
    • QUALCOMM IncorporatedWANG, HuaSHAKKOTTAI, SanjayWU, XinzhouLI, JunyiJOVICIC, Aleksandar
    • WANG, HuaSHAKKOTTAI, SanjayWU, XinzhouLI, JunyiJOVICIC, Aleksandar
    • H04W84/20
    • H04W84/20H04W56/0015H04W92/10
    • Methods and apparatus related to supporting rapid synchronization between groups of wireless communications devices are described. Described methods and apparatus are well suited for use in peer to peer wireless communications systems in which a plurality of ad hoc peer to peer networks may be formed, each ad hoc network operating with its own notion of time. As two groups of devices, having different notions of time, come within proximity of one another, a wireless communications device of a first group detects the presence of a member of a second group. The wireless device determines that network timing re-synchronization is to be performed by one of the first and second groups and transmits a re-synchronization alert signal on a dedicated resource. Subsequently, the wireless device transmits a timing synchronization signal in accordance with new timing. Intended devices, which detect the alert signal and timing synchronization signal, adjust their internal timing.
    • 描述了支持无线通信设备组之间的快速同步的方法和装置。 描述的方法和装置非常适合用于可以形成多个自组织对等网络的对等无线通信系统,每个自组织网络以其自己的时间概念运行。 作为具有不同时间概念的两组设备彼此接近,第一组的无线通信设备检测第二组的成员的存在。 无线设备确定网络定时重新同步将由第一组和第二组之一执行,并在专用资源上发送重新同步报警信号。 随后,无线设备根据新的定时发送定时同步信号。 用于检测报警信号和定时同步信号的设备调整其内部时序。
    • 6. 发明申请
    • METHODS AND APPARATUS FOR TIMING SYNCHRONIZATION USING MULTIPLE DIFFERENT TIMING SIGNAL SOURCES
    • 使用多个不同时序信号源同步同步的方法和装置
    • WO2012006461A1
    • 2012-01-12
    • PCT/US2011/043245
    • 2011-07-07
    • QUALCOMM INCORPORATEDWANG, HuaWU, XinzhouLI, JunyiJOVICIC, Aleksandar
    • WANG, HuaWU, XinzhouLI, JunyiJOVICIC, Aleksandar
    • H04W56/00
    • H04W56/002
    • A wireless terminal detects timing signals from different local timing signal sources. The wireless terminal selects from the plurality of detected timing signal sources two timing signal sources in accordance with a predetermined timing signal source priority ordering. In some embodiments, the wireless terminal intentionally selects two timing signal sources which are not synchronized with respect to one another. The wireless terminal determines a first set of peer communications time intervals corresponding to a first selected timing signal source and a second set of peer communications time intervals corresponding to a second selected timing signal source. The wireless terminal transmits a peer to peer signal, e.g., a peer discovery signal, during at least one of the first set of peer communications time intervals. The wireless terminal transmits a peer to peer signal, e.g., a peer discovery signal, during at least one of the second set of peer communications time intervals.
    • 无线终端检测来自不同本地定时信号源的定时信号。 无线终端根据预定的定时信号源优先级排序从多个检测到的定时信号源中选择两个定时信号源。 在一些实施例中,无线终端有意地选择两个相对于彼此不同步的定时信号源。 无线终端确定对应于第一选定的定时信号源的第一组对等通信时间间隔和对应于第二选定的定时信号源的对等通信时间间隔的第二组。 在第一组对等通信时间间隔中的至少一个期间,无线终端发送对等信号,例如对等体发现信号。 在第二组对等通信时间间隔中的至少一个期间,无线终端发送对等信号,例如对等体发现信号。