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    • 78. 发明申请
    • RNTI-DEPENDENT SCRAMBLING SEQUENCE INITIALIZATION
    • 基于RNTI的依赖性扫描序列初始化
    • US20100034161A1
    • 2010-02-11
    • US12536440
    • 2009-08-05
    • Tao LuoWanshi ChenJuan Montojo
    • Tao LuoWanshi ChenJuan Montojo
    • H04W72/00H04L27/00
    • H04B1/707H04W74/002H04W74/0833H04W74/0866
    • Systems and methodologies are described that facilitate initializing scrambling sequence generation in a wireless communication environment. Scrambling sequence generation can be initialized (e.g., at a start of each subframe, . . . ) at least in part as a function of a type of Radio Network Temporary Identifier (RNTI). Further, the type of RNTI utilized for initialization of scrambling sequence generation can correspond to a transmission type (e.g., whether the transmission is related to system information, paging, random access response, scheduled transmission or contention resolution message of a random access procedure, SPS traffic, regular unicast traffic, . . . ). Moreover, the scrambling sequence can be leveraged to scramble data for transmission over a data channel (e.g., Physical Downlink Shared Channel (PDSCH), Physical Uplink Shared Channel (PUSCH), . . . ). Further, a receiving wireless communication apparatus can utilize a descrambling sequence similarly yielded based upon the type of RNTI corresponding to the transmission type.
    • 描述了有助于在无线通信环境中初始化加扰序列生成的系统和方法。 可以至少部分地根据无线电网络临时标识符(RNTI)的类型来初始化加扰序列生成(例如,在每个子帧的开始,...)。 此外,用于初始化加扰序列生成的RNTI的类型可以对应于传输类型(例如,传输是否与随机接入过程的系统信息,寻呼,随机接入响应,调度传输或争用解决消息相关,SPS 流量,常规单播流量,...)。 此外,可以利用加扰序列来加扰数据以在数据信道(例如,物理下行链路共享信道(PDSCH),物理上行链路共享信道(PUSCH)等)上进行传输。 此外,接收无线通信装置可以利用类似地基于与传输类型对应的RNTI的类型产生的解扰序列。
    • 79. 发明申请
    • REFERENCE SIGNAL GENERATION IN A WIRELESS COMMUNICATION SYSTEM
    • 无线通信系统中的参考信号生成
    • US20090135803A1
    • 2009-05-28
    • US12190889
    • 2008-08-13
    • Tao LuoJuan Montojo
    • Tao LuoJuan Montojo
    • H04J3/06H04L9/22H04L27/28
    • H04L25/03866H04J11/0069H04L5/0007H04L5/0023H04L5/0051H04L25/0226H04L27/2607H04L27/2613H04L27/2657H04L27/2662
    • Techniques for generating reference signals in a wireless communication system are described. A set of Q reference signal sequences may be generated based on G pseudo-random sequences and L scrambling sequences, where Q=G·L, G>1 and L>1. The Q reference signal sequences may be used for Q cell identities (IDs), one reference signal sequence for each cell ID. In one design, a Node B may determine first and second indices based on a cell ID of a cell. The Node B may generate a pseudo-random sequence based on the first index, generate a scrambling sequence based on the second index, and generate a reference signal sequence based on the pseudo-random sequence and the scrambling sequence. The Node B may then generate a reference signal for the cell based on the reference signal sequence, e.g., by generating an OFDM symbol with the reference signal sequence mapped to a set of subcarriers.
    • 描述了在无线通信系统中产生参考信号的技术。 可以基于G伪随机序列和L个加扰序列来生成一组Q参考信号序列,其中Q = G.L,G> 1和L> 1。 Q参考信号序列可以用于Q小区标识(ID),每个小区ID的一个参考信号序列。 在一种设计中,节点B可以基于小区的小区ID来确定第一和第二索引。 节点B可以基于第一索引生成伪随机序列,基于第二索引生成加扰序列,并且基于伪随机序列和加扰序列生成参考信号序列。 然后,节点B可以例如通过产生具有映射到一组子载波的参考信号序列的OFDM符号,基于参考信号序列来生成针对小区的参考信号。
    • 80. 发明申请
    • SYNCHRONIZATION CODES FOR WIRELESS COMMUNICATION
    • 无线通信同步码
    • US20070133390A1
    • 2007-06-14
    • US11552424
    • 2006-10-24
    • Tao LuoDurga MalladiJuan Montojo
    • Tao LuoDurga MalladiJuan Montojo
    • H04J11/00H04B1/00
    • H04B1/7083H04J13/10H04L5/0016H04L5/0048H04L25/0226H04L25/0228H04L25/03866H04L27/2613H04L27/2655
    • Techniques for supporting synchronization in wireless communication are described. A Node B generates a primary synchronization code (PSC) having a length of L chips based on a first inner sequence and a first outer sequence, where L is less than 256. The Node B also generates a sequence of secondary synchronization codes (SSCs) based on a second inner sequence and a second outer sequence, with each SSC having a length of L chips. L may be equal to 64, and the PSC and SSCs may have lengths of 64 chips. The Node B sends the PSC in each slot of each frame and sends the sequence of SSCs in each frame, one SSC in each slot. A user equipment (UE) detects for the PSC and then detects for the sequence of SSCs using slot timing from the PSC detection. The UE may perform PSC detection using correlation results for the SSCs.
    • 描述了用于支持无线通信中的同步的技术。 节点B基于第一内部序列和第一外部序列生成具有长度为L个码片的主同步码(PSC),其中L小于256.节点B还生成次序同步码序列(SSCs) 基于第二内序列和第二外序列,其中每个SSC具有L个码片的长度。 L可以等于64,并且PSC和SSC可以具有64个码片的长度。 节点B在每个帧的每个时隙中发送PSC,并且在每个帧中发送SSC的序列,每个时隙中有一个SSC。 用户设备(UE)检测PSC,然后使用来自PSC检测的时隙定时检测SSC序列。 UE可以使用SSCs的相关结果来执行PSC检测。