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    • 24. 发明申请
    • FREQUENCY DIVERSE TRANSMISSIONS IN A WIRELESS COMMUNICATION SYSTEM
    • 无线通信系统中的频率分集传输
    • WO2009023736A2
    • 2009-02-19
    • PCT/US2008/073063
    • 2008-08-13
    • QUALCOMM IncorporatedMALLADI, Durga PrasadBANISTER, Brian ClarkeMONTOJO, Juan
    • MALLADI, Durga PrasadBANISTER, Brian ClarkeMONTOJO, Juan
    • H04L27/26
    • H04L5/0023H04B1/7136H04L5/0037H04L5/0044
    • Techniques for dynamically mapping assigned resources to physical resources are described herein. In one design, a resource assigned for communication may be mapped to a first physical resource based on a first mapping function and to a second physical resource based on a second mapping function. The assigned resource may be configurable for hopping or no hopping. The first mapping function may be a transparent function or may map consecutive input indices to non-consecutive output indices. The second mapping function may be equal to an output of the first mapping function plus an offset defined by a step size and a hop value. The hop value may be configurable for the assigned resource and may be conveyed in a resource assignment. The hop value may be set to a first value to indicate no hopping or to a second value to indicate hopping by the step size.
    • 本文描述了将分配的资源动态地映射到物理资源的技术。 在一种设计中,分配给通信的资源可以基于第一映射函数被映射到第一物理资源,并且可以基于第二映射函数映射到第二物理资源。 分配的资源可以被配置用于跳频或不跳频。 第一映射函数可以是透明函数,或者将连续输入索引映射到非连续输出索引。 第二映射函数可以等于第一映射函数的输出加上由步长和跳数定义的偏移量。 该跳值可以针对所分配的资源是可配置的,并且可以在资源分配中传送。 可以将跳值设置为第一值以指示没有跳频或者指示第二值以指示通过步长的跳跃。
    • 26. 发明申请
    • CODEWORD LEVEL SCRAMBLING FOR MIMO TRANSMISSION
    • 用于MIMO传输的CODEWORD LEVEL SCRAMBLING
    • WO2008058109A2
    • 2008-05-15
    • PCT/US2007/083730
    • 2007-11-06
    • QUALCOMM IncorporatedMALLADI, Durga PrasadMONTOJO, Juan
    • MALLADI, Durga PrasadMONTOJO, Juan
    • H04L1/0045H04L1/0041H04L1/0067H04L1/0071H04L1/06H04L5/0026H04L25/03866
    • Techniques for performing codeword level scrambling for a MIMO transmission are described. A transmitter station may perform channel encoding for multiple data streams being sent simultaneously for a MIMO transmission. The channel encoding may include forward error correction (FEC) encoding and/or rate matching. The transmitter station may perform scrambling for the multiple data streams with different scrambling codes after the channel encoding. The transmitter station may also perform channel interleaving, symbol mapping, and spatial processing for the multiple data streams after the channel encoding. A receiver station may receive the MIMO transmission, perform descrambling for the multiple data streams with the different scrambling codes, and then perform channel decoding for the multiple data streams. The scrambling may allow the receiver station to isolate each data stream by performing the complementary descrambling and to obtain randomized interference from the remaining data stream(s), which may improve performance.
    • 描述了用于执行MIMO传输的码字级加扰的技术。 发射机站可以针对MIMO传输同时发送的多个数据流执行信道编码。 信道编码可以包括前向纠错(FEC)编码和/或速率匹配。 在信道编码之后,发射机站可以对具有不同扰码的多个数据流执行加扰。 在信道编码之后,发射台还可以对多个数据流执行信道交织,符号映射和空间处理。 接收站可以接收MIMO传输,用不同的扰码对多个数据流执行解扰,然后对多个数据流执行信道解码。 加扰可以允许接收机站通过执行补充解扰来隔离每个数据流,并从剩余的数据流获得随机化的干扰,这可以提高性能。
    • 30. 发明申请
    • SUPPORTING OPERATION ON DEPENDENT CARRIERS IN A MULTI - CARRIER SYSTEM
    • 支持多载波系统中的相关载波的运行
    • WO2013022993A1
    • 2013-02-14
    • PCT/US2012/050026
    • 2012-08-08
    • QUALCOMM INCORPORATEDDAMNJANOVIC, Jelena M.GAAL, PeterWEI, YongbinMONTOJO, JuanMALLADI, Durga PrasadFLORE, Oronzo
    • DAMNJANOVIC, Jelena M.GAAL, PeterWEI, YongbinMONTOJO, JuanMALLADI, Durga PrasadFLORE, Oronzo
    • H04W72/12
    • H04W72/1289H04W72/14H04W84/04
    • Supporting communication on multiple carriers. A user equipment (UE) is configured with a base (anchor, regular, stand-alone) carrier and a dependent (extension) carrier linked (paired) to the base carrier. Data transmission on the dependent carrier is scheduled via a scheduling carrier, which is different from the dependent carrier. The UE receives (714) a scheduling grant on the scheduling carrier and determines whether the scheduling grant is for the base carrier and/ or the dependent carrier. The UE communicates (718), e.g. sends or receives data, on the base carrier and/or the dependent carrier based on the scheduling grant. The scheduling grant may be (i) a separate grant carrying scheduling information for only one carrier, (ii) a common grant carrying scheduling information for both carriers, (iii) a joint grant carrying separate scheduling information for each carrier, or (iv) a composite grant that may be a separate grant, a common grant, or a joint grant. A configuration of the base (anchor) carrier and a dependent (extension) carrier is received from the eNodeB at the UE.
    • 支持多个运营商的通信。 用户设备(UE)配置有与基站(基站,固定,独立)载波和从属(扩展)载体链接(配对)到基站的载体。 通过与从属载波不同的调度载波来调度依赖载波上的数据传输。 UE在调度载波上接收(714)调度许可,并确定调度授权是否用于基本载波和/或依赖载波。 UE通信(718),例如。 基于调度授权在基础载波和/或从属载波上发送或接收数据。 调度授权可以是(i)承载仅一个载波的调度信息的单独授权,(ii)承载两个载波的调度信息的公共授权,(iii)携带每个载波的分散调度信息的联合授权,或者(iv) 复合补助金可以是单独的补助金,共同补助金或联合补助金。 从UE处的eNodeB接收基本(主机)载波和从属(分机)载波的配置。