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    • 4. 发明申请
    • METHOD AND SYSTEM FOR LLR BUFFER REDUCTION IN A WIRELESS COMMUNICATION MODEM
    • 在无线通信调制解调器中减少LLR缓冲的方法和系统
    • WO2009120724A2
    • 2009-10-01
    • PCT/US2009/038146
    • 2009-03-24
    • QUALCOMM INCORPORATEDSAMPATH, HemanthAGRAWAL, AvneeshLIN, Jeremy, H.
    • SAMPATH, HemanthAGRAWAL, AvneeshLIN, Jeremy, H.
    • H04L25/06H03M13/45
    • H03M13/45H03M13/6588H04L1/0046H04L1/1819H04L1/1822H04L1/1835H04L1/1845H04L5/0007H04L25/067
    • A system involves a transmitting device (for example, a first wireless communication device) and a receiving device (for example, a second wireless communication device). In the receiving device, LLR (Log-Likelihood Ratio) values are stored into an LLR buffer. LLR bit width is adjusted as a function of packet size of an incoming transmission to reduce the LLR buffer size required and/or to prevent LLR buffer capacity from being exceeded. The receiver may use a higher performance demodulator in order to maintain performance despite smaller LLR bit width. In the transmitting device, encoder code rate is adjusted as a function of receiver LLR buffer capacity and packet size of the outgoing transmission such that receiver LLR buffer capacity is not exceeded. Any combination of receiver LLR bit width adjustment, demodulator selection, and encoder code rate adjustment can be practiced to reduce LLR buffer size required while maintaining performance.
    • 系统涉及发送设备(例如,第一无线通信设备)和接收设备(例如,第二无线通信设备)。 在接收设备中,将LLR(对数似然比)值存储到LLR缓冲器中。 根据输入传输的分组大小调整LLR比特宽度,以减少所需的LLR缓冲区大小和/或防止超出LLR缓冲区容量。 接收机可以使用更高性能的解调器,以便尽管较小的LLR位宽度来保持性能。 在发送设备中,根据接收机LLR缓冲器容量和输出传输的分组大小来调节编码器码率,使得接收机LLR缓冲器容量不被超过。 可以实现接收机LLR位宽度调整,解调器选择和编码器码率调整的任何组合,以在保持性能的同时减少所需的LLR缓冲区大小。
    • 7. 发明申请
    • CENTRALIZED CONTROL OF PEER DISCOVERY PILOT TRANSMISSION
    • 对等发射导频传输的集中控制
    • WO2010078271A2
    • 2010-07-08
    • PCT/US2009/069612
    • 2009-12-28
    • QUALCOMM IncorporatedPALANKI, RaviAGRAWAL, AvneeshBHUSHAN, Naga
    • PALANKI, RaviAGRAWAL, AvneeshBHUSHAN, Naga
    • H04L12/28H04W8/00
    • H04W8/005H04W72/085H04W76/14
    • Techniques for centralized control of peer discovery pilot transmission are described. In an aspect, a designated network entity (e.g., a base station or a network controller) may control transmission of peer discovery pilots by stations located within its coverage area. In one design, the network entity may receive signaling triggering peer discovery pilot transmission. The network entity may direct each of at least one station to transmit a peer discovery pilot to allow one or more stations to detect the at least one station. The peer discovery pilot may include at least one synchronization signal or at least one reference signal. The network entity may receive pilot measurements from the one or more stations for peer discovery pilots from peer stations and/or reference signals from base stations. The network entity may determine whether or not to select peer-to-peer communication for two stations based on the pilot measurements.
    • 描述了用于集中控制对等体发现导频传输的技术。 一方面,指定网络实体(例如,基站或网络控制器)可以通过位于其覆盖区域内的站点来控制对等体发现导频的传输。 在一种设计中,网络实体可以接收信令触发对等体发现导频传输。 网络实体可以指示至少一个站中的每一个发送对等体发现导频,以允许一个或多个站检测至少一个站。 对等体发现导频可以包括至少一个同步信号或至少一个参考信号。 网络实体可以从一个或多个站接收来自对等站的对等体发现导频和/或来自基站的参考信号的导频测量。 网络实体可以基于导频测量来确定是否为两个站点选择对等通信。