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    • 1. 发明授权
    • Method and arrangement for asynchronous RSRP measurement in an LTE UE receiver
    • LTE UE接收机中异步RSRP测量的方法和装置
    • US08750355B2
    • 2014-06-10
    • US13277808
    • 2011-10-20
    • Andreas Bury
    • Andreas Bury
    • H04B17/00
    • H04J11/0079H04L25/0228H04L27/263H04L27/265
    • In 3GPP LTE, user equipment must be able to report reference signal received power (RSRP) measurement to the serving cell's base station. A low-complexity method for asynchronous RSRP measurement in an LTE user equipment receiver is provided which includes frequency shifting the received signal so that the upper or lower half band becomes centered around the DC frequency; decimating the received signal to a width of n·2m samples, n being the reference symbol spacing in the received signal; dividing the samples into n sample vectors with a length of 2m each, superimposing the n sample vectors; and performing FFT operation on the superimposed signal.
    • 在3GPP LTE中,用户设备必须能够向服务小区的基站报告参考信号接收功率(RSRP)测量。 提供了一种用于LTE用户设备接收机中用于异步RSRP测量的低复杂度方法,其包括对接收信号进行频移,使得上或下半频带以DC频率为中心; 将接收到的信号抽取到n·2m个采样的宽度,n是接收信号中的参考符号间隔; 将样本分成n个样本向量,每个样本向量长度为​​2m,叠加n个样本向量; 对叠加信号进行FFT运算。
    • 3. 发明授权
    • Method for defining a search sequence for soft-decision sphere decoding algorithm
    • 用于定义软判决球解码算法的搜索序列的方法
    • US08699599B2
    • 2014-04-15
    • US13284141
    • 2011-10-28
    • Sebastian Eckert
    • Sebastian Eckert
    • H04L5/12H04L23/02
    • H04L25/03242
    • A low complexity method for determining a search sequence of nodes for an efficient soft-decision sphere decoding algorithm for use in receivers for quadrature amplitude modulation (QAM) communication signals is achieved by determining a first member of the search sequence by rounding a received symbol (z) to a first constellation symbol (xc) of the QAM constellation, classifying the remaining constellation symbols (xi) of the QAM constellation into a plurality of sub-sets of constellation symbols having the same distance metric relative to said first constellation point (xc) according to a metric dsequ(n)=2a·n=max{|real(xc−xi)|,|imag(xc−xi)|}, a being a scaling factor of the constellation grid, and ordering said sub-sets of constellation symbols in ascending order of their distance metric relative to the first constellation symbol (xc), and ordering the members of each sub-set of constellation symbols that are defined by the same distance metric according to their Euclidean distances.
    • 一种用于确定用于正交幅度调制(QAM)通信信号的接收机中的有效软判决球解码算法的节点搜索序列的低复杂度方法是通过对接收到的符号进行四舍五入来确定搜索序列的第一成员来实现的 z)到QAM星座的第一星座符号(xc),将QAM星座的剩余星座符号(xi)分类成具有相对于所述第一星座点(xc)具有相同距离度量的多个星座符号子集 ),a是星座网格的缩放因子,并且对所述子帧进行排序,根据度量dsequ(n)= 2a·n = max {| real(xc-xi)|,| imag(xc-xi) 根据其距离度量相对于第一星座符号(xc)的升序排列星座符号集合,并且根据它们的欧氏距离来排序由相同距离度量定义的每个星座符号子集的成员 nces。
    • 4. 发明授权
    • Method for decoding data packets in a wireless communication system
    • 用于在无线通信系统中解码数据分组的方法
    • US08443248B2
    • 2013-05-14
    • US12963708
    • 2010-12-09
    • Sebastian Eckert
    • Sebastian Eckert
    • G06F11/00
    • H04L1/1835H04L1/1812H04L1/1845
    • A method is provided for decoding data packets in wireless communication schemes that use a Hybrid Automatic Repeat Request technique, and a receiver for wireless communication that performs such a method. The HARQ memory incorporated in a receiver for wireless communication is minimized to a size which only reserves memory for an average number of erroneous sub-packets. Following decoding, an error check is performed on a per sub-packet basis, and only the softbits of those sub-packets for which decoding errors have been detected are stored in the HARQ memory. Correctly decoded sub-packets are stored in a separate memory. This significantly decreases the size of the HARQ memory required at the receiver which is beneficial in terms of both silicon area and power consumption.
    • 提供一种用于对使用混合自动重传请求技术的无线通信方案中的数据分组进行解码的方法,以及执行这种方法的用于无线通信的接收机。 并入用于无线通信的接收机中的HARQ存储器被最小化为仅为平均数量的错误子分组预留存储器的大小。 在解码之后,基于每个子分组执行错误检查,并且仅将已经检测到解码错误的那些子分组的软比特存储在HARQ存储器中。 正确解码的子包被存储在单独的存储器中。 这显着地减少了接收机所需的HARQ存储器的大小,这在硅面积和功耗方面都是有益的。
    • 6. 发明申请
    • METHOD AND ARRANGEMENT FOR STREAMING DATA PROFILING
    • 流动数据分析的方法和布置
    • US20120079146A1
    • 2012-03-29
    • US13245899
    • 2011-09-27
    • Kay HESSE
    • Kay HESSE
    • G06F13/42
    • G06F13/385G06F11/349
    • A circuit arrangement includes a plurality of functional units each of which comprises a plurality of data processing modules and a local controller. The plurality of data processing modules run a common system clock and are connected by a streaming data bus running a handshake-type streaming data transfer protocol. A profiling module of the circuit arrangement assesses control signals tapped at predefined interfaces of the streaming data bus during real time operation, for determining link performance and communication patterns for profiling and debugging purposes, and hence constitutes a simple and low cost approach for assessing intra-component and inter-component link performance and communication patterns on large SoCs. A method for profiling data flow for use in such a circuit arrangement is also provided.
    • 电路装置包括多个功能单元,每个功能单元包括多个数据处理模块和本地控制器。 多个数据处理模块运行公共系统时钟,并通过运行握手型流数据传输协议的流数据总线进行连接。 电路装置的分析模块评估在实时操作期间在流数据总线的预定接口处被抽头的控制信号,用于确定用于分析和调试目的的链路性能和通信模式,并且因此构成用于评估帧内编码的简单和低成本的方法, 组件和组件间链路性能和大型SoC上的通信模式。 还提供了一种用于对这种电路装置使用的数据流进行分析的方法。
    • 7. 发明授权
    • Hardware accelerator module and method for setting up same
    • 硬件加速器模块及其设置方法
    • US08572299B2
    • 2013-10-29
    • US13251323
    • 2011-10-03
    • Uwe ProssTobias WeberGunnar NitscheThomas Fliess
    • Uwe ProssTobias WeberGunnar NitscheThomas Fliess
    • G06F5/00G06T1/00
    • G06F9/3881
    • A hardware accelerator module is driven by a system processor via a system bus to sequentially process data blocks of a data stream as a function of a parameter set defined by the processor. The module includes a register block adapted to receive parameter sets from the system processor, an accelerator core adapted to receive streaming data, to process data blocks of said streaming data in a manner defined by a parameter set, and to output processed streaming data, and a parameter buffering block adapted to consecutively store a plurality of parameter sets and to sequentially provide the parameter sets to the hardware accelerator core as a function of a busy state of the hardware accelerator core. The parameter buffering block enables to reduce downtimes of hardware accelerators, to increase data throughput, and to reduce the risk of a processor overload in a processor which drives several hardware accelerators.
    • 硬件加速器模块由系统处理器经由系统总线驱动,以便根据由处理器定义的参数集来顺序地处理数据流的数据块。 模块包括适于从系统处理器接收参数集的寄存器块,适于接收流数据的加速器核心,以由参数集定义的方式处理所述流数据的数据块,以及输出处理后的流数据,以及 参数缓冲块,其适于连续地存储多个参数集,并且作为硬件加速器核心的忙状态的函数,将参数集顺序地提供给硬件加速器核心。 参数缓冲块可以减少硬件加速器的停机时间,增加数据吞吐量,并降低驱动多个硬件加速器的处理器中处理器过载的风险。
    • 8. 发明申请
    • METHOD FOR DEFINING A SEARCH SEQUENCE FOR SOFT-DECISION SPHERE DECODING ALGORITHM
    • 用于定义软决策球面解码算法的搜索序列的方法
    • US20120106666A1
    • 2012-05-03
    • US13284141
    • 2011-10-28
    • Sebastian ECKERT
    • Sebastian ECKERT
    • H04L23/02
    • H04L25/03242
    • A low complexity method for determining a search sequence of nodes for an efficient soft-decision sphere decoding algorithm for use in receivers for quadrature amplitude modulation (QAM) communication signals is achieved by determining a first member of the search sequence by rounding a received symbol (z) to a first constellation symbol (xc) of the QAM constellation, classifying the remaining constellation symbols (xi) of the QAM constellation into a plurality of sub-sets of constellation symbols having the same distance metric relative to said first constellation point (xc) according to a metric dsequ(n)=2a·n=max{|real(xc−xi)|,|imag(xc−xi)|}, a being a scaling factor of the constellation grid, and ordering said sub-sets of constellation symbols in ascending order of their distance metric relative to the first constellation symbol (xc), and ordering the members of each sub-set of constellation symbols that are defined by the same distance metric according to their Euclidean distances.
    • 一种用于确定用于正交幅度调制(QAM)通信信号的接收机中的有效软判决球解码算法的节点搜索序列的低复杂度方法是通过对接收到的符号进行四舍五入来确定搜索序列的第一成员来实现的 z)到QAM星座的第一星座符号(xc),将QAM星座的剩余星座符号(xi)分类成具有相对于所述第一星座点(xc)具有相同距离度量的多个星座符号子集 ),a是星座网格的缩放因子,并且对所述子帧进行排序,根据度量dsequ(n)= 2a·n = max {| real(xc-xi)|,| imag(xc-xi) 根据其距离度量相对于第一星座符号(xc)的升序排列星座符号集合,并且根据它们的欧氏距离来排序由相同距离度量定义的每个星座符号子集的成员 nces。
    • 10. 发明授权
    • LTE baseband receiver and method for operating same
    • LTE基带接收机和操作方法
    • US08634351B2
    • 2014-01-21
    • US13159129
    • 2011-06-13
    • Volker AueAndreas Bury
    • Volker AueAndreas Bury
    • H04W4/00
    • H04L27/2647H04L25/03318
    • An LTE baseband receiver and a method for operating the receiver are provided. The receiver comprises a frequency selective interference estimator, an interference level averager and an interference assessor operative to control which output of the frequency selective interference estimator or the interference level averager is to be supplied to a soft-metric calculator. Frequency selectivity of the interference is assessed, and the best mode of interference estimation is selected to increase LTE receiver performance in loaded networks without impacting receiver performance in unloaded networks.
    • 提供LTE基带接收机和操作接收机的方法。 接收机包括频率选择干扰估计器,干扰电平平均器和干扰评估器,用于控制将频率选择干扰估计器或干扰电平平均器的输出提供给软度量计算器。 评估干扰的频率选择性,并选择最佳干扰估计模式,以增加加载网络中的LTE接收机性能,而不影响无负载网络中的接收机性能。