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    • 45. 发明申请
    • ARCHITECTURE TO HANDLE CONCURRENT MULTIPLE CHANNELS
    • 构建多个通道的通道
    • WO2009121045A3
    • 2010-04-08
    • PCT/US2009038705
    • 2009-03-28
    • QUALCOMM INCCHALLA RAGHU NSAMPATH HEMANTHROSTAMPISHEH ALI
    • CHALLA RAGHU NSAMPATH HEMANTHROSTAMPISHEH ALI
    • H04L1/00
    • H04L1/0045H03M13/2957H03M13/6566H04L5/0007H04L27/2647
    • An apparatus and method for enhanced downlink processing of received channels in a mobile communications system is described, containing a buffer for control data and traffic data, a demapper engine with at least two independently operating demappers for demapping the control and traffic data, a log-likelihood-ratio (LLR) buffer for supporting memory segments accessible by the demapper engine, a decoder engine containing decoders, each of the decoders operating on data from selected memory segment(s) of the LLR buffer, and an arbitrator providing control of at least one of the demapper engine, LLR buffer, and decoder engine. At least one of the decoders is suited for decoding control data and another one of the decoders is suited for decoding traffic data. By partitioning the decoding as such, an increase in downlink throughput can be obtained.
    • 描述了一种用于在移动通信系统中增强接收信道的下行链路处理的装置和方法,其包括用于控制数据和业务数据的缓冲器,具有至少两个独立操作的解映射器的解映射器引擎,用于解映射控制和业务数据, 用于支持由解映射器引擎可访问的存储器段的似然比(LLR)缓冲器,包含解码器的解码器引擎,每个解码器对来自所选择的LLR缓冲器的所选存储器段的数据进行操作,以及至少提供至少控制的仲裁器 一个解映射引擎,LLR缓冲区和解码引擎。 解码器中的至少一个适合于解码控制数据,并且解码器中的另一个适合于解码业务数据。 通过分解解码,可以获得下行链路吞吐量的增加。
    • 46. 发明申请
    • METHOD AND SYSTEM FOR LLR BUFFER REDUCTION
    • 用于LLR缓冲减少的方法和系统
    • WO2009120724A3
    • 2009-11-19
    • PCT/US2009038146
    • 2009-03-24
    • QUALCOMM INCSAMPATH 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。
    • 47. 发明申请
    • VARIED SIGNALING CHANNELS FOR A REVERSE LINK IN A WIRELESS COMMUNICATION SYSTEM
    • 用于无线通信系统中的反向链路的变化的信道
    • WO2007051187A9
    • 2008-06-05
    • PCT/US2006060333
    • 2006-10-27
    • QUALCOMM INCGOROKHOV ALEXEIKHANDEKAR AAMODTEAGUE EDWARD HARRISONSAMPATH HEMANTH
    • GOROKHOV ALEXEIKHANDEKAR AAMODTEAGUE EDWARD HARRISONSAMPATH HEMANTH
    • H04Q7/38
    • H04B7/2656
    • Signaling is efficiently sent on a configurable CDMA control segment. To send signaling, transmission parameters for the CDMA control segment for a serving sector are determined. These parameter may indicate the CDMA control segment size, the frames in which the CDMA control segment is sent, the signaling channels to be sent on the CDMA control segment, and so on. The enabled CDMA signaling channels for a terminal and the average transmission interval for each enabled CDMA signaling channel are determined. For each frame in which the CDMA control segment is sent, the signaling channels to be sent on the CDMA control segment in that frame are determined. The signaling for each signaling channel is processed (e.g., encoded, channelized, scaled, and scrambled). The processed signaling for all signaling channels is combined and mapped to a time-frequency region used for the CDMA control segment in the frame.
    • 在可配置的CDMA控制段上有效地发送信令。 为了发送信令,确定用于服务扇区的CDMA控制段的传输参数。 这些参数可以指示CDMA控制段大小,发送CDMA控制段的帧,在CDMA控制段上发送的信令信道等等。 确定终端的使能的CDMA信令信道和每个使能的CDMA信令信道的平均传输间隔。 对于其中发送CDMA控制段的每个帧,确定要在该帧中的CDMA控制段上发送的信令信道。 处理每个信令信道的信令(例如,编码,信道化,缩放和加扰)。 所有信令信道的经处理的信令被组合并映射到帧中用于CDMA控制段的时间 - 频率区域。