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    • 81. 发明申请
    • WIRELESS COMMUNICATION DEVICE AND WIRELESS COMMUNICATION METHOD
    • 无线通信设备和无线通信方法
    • US20120287855A1
    • 2012-11-15
    • US13521859
    • 2011-01-26
    • Takaaki KishigamiIsamu Yoshii
    • Takaaki KishigamiIsamu Yoshii
    • H04W4/00
    • H04L1/0071H04L1/007
    • A high error correction capability is kept while reducing a processing delay in application of the ECC in a multi-radio. A wireless communication device for performing data transmission by using a plurality of radio systems RAT1 and RAT2 includes, in a GLL 100 that absorbs a difference in physical layer and MAC layer among RATs, an encoder 301 that encodes transmission data, a multiplexer 302 that distributes encoded data in correspondence with the RAT1 and the RAT2, interleavers 303 and 304 that interleave a plurality of coded data that has been encoded and multiplexed, and a resource controller 305 that sets an interleaving size for each interleaving processing in the interleavers 303 and 304 based on a transmission delay difference between the RAT1 and the RAT2.
    • 保持高纠错能力,同时减少在多无线电中应用ECC的处理延迟。 用于通过使用多个无线电系统RAT1和RAT2执行数据传输的无线通信设备包括:在吸收RAT中物理层和MAC层之间的差异的GLL 100中,编码传输数据的编码器301,分配 与RAT1和RAT2对应的编码数据,对交织器303和304进行交织的多个编码数据的交织器303和304以及基于交织器303和304中的每个交织处理设置交织大小的资源控制器305 关于RAT1和RAT2之间的传输延迟差异。
    • 83. 发明申请
    • RADIO COMMUNICATION DEVICE AND RADIO COMMUNICATION METHOD
    • 无线电通信设备和无线电通信方法
    • US20120051307A1
    • 2012-03-01
    • US13266563
    • 2010-05-07
    • Lei HuangIsamu Yoshii
    • Lei HuangIsamu Yoshii
    • H04W72/04
    • H04L5/0007H03M13/2728H03M13/2778H03M13/2957H04L5/0037
    • To improve the frequency diversity effect by preventing the related bits in the encoded data from being biased to the specified carrier in the case of performing the multicarrier operation. A modulated symbol sequence is segmented in a data segmentation section (116), and the segmented modulated symbol blocks are mapped on a plurality of carriers in a segment mapping section (120). The data segmentation section (116) groups each of K parts in the modulated symbol sequence into the same number of N groups, cyclically shifts the N groups for the respective parts of any (K−1) parts with shift amounts which differ among the parts, and substitutes the cyclically-shifted groups of the plurality of parts in the modulated symbol sequence with one another among the parts to segment the groups into a plurality of blocks.
    • 在执行多载波操作的情况下,通过防止编码数据中的相关比特偏置到指定载波来提高频率分集效应。 调制符号序列在数据分割部分(116)中分段,并且分段调制符号块被映射在段映射部分(120)中的多个载波上。 数据分割部分(116)将调制符号序列中的K个部分中的每一个分组成相同数量的N个组,对任何(K-1)部分的各个部分的N个组进行循环移位,其中部分 并且将这些部分中的调制符号序列中的多个部分的循环移位组替换为将组分成多个块。
    • 86. 发明申请
    • TRANSMISSION EQUIPMENT AND METHOD FOR SENDING CONTROL MESSAGES
    • 传输设备和发送控制消息的方法
    • US20110255461A1
    • 2011-10-20
    • US13141566
    • 2009-12-22
    • Lei HuangIsamu YoshiiKoh Wei Chien
    • Lei HuangIsamu YoshiiKoh Wei Chien
    • H04W72/00H04H20/71
    • H04W72/1273H04L5/0007H04L5/0053H04L27/2602Y02D70/1262Y02D70/146
    • Disclosed are transmission apparatus and a method for sending control information in which the processing time and power consumption at the reception side are reduced by improving the efficiency of reception processing at the reception side. At a base station (100), a information generating unit (103) generates control information and an OFDM communication unit (104) transmits a frame including the control information. The control information (300) has a unicast region (320) and broadcast/multicast regions (310), and scheduling information units (330) comprising a single MS-ID, a plurality of information elements (IE) that are transmitted to each mobile station (200) corresponding to this MS-ID, and an IE number indicator, which is the number information of this plurality of IEs, are included in a group of scheduling information units arranged in the unicast region (320).
    • 公开了发送装置和发送控制信息的方法,其中通过提高接收侧的接收处理的效率来减少接收侧的处理时间和功耗。 在基站(100),信息生成单元(103)生成控制信息,OFDM通信单元(104)发送包括控制信息的帧。 控制信息(300)具有单播区域(320)和广播/多播区域(310),以及包括单个MS-ID,多个信息元素(IE)的调度信息单元(330) 对应于该MS-ID的站(200)和作为该多个IE的号码信息的IE号码指示符被包括在布置在单播区域(320)中的调度信息单元组中。
    • 87. 发明授权
    • Method for using a symbol mapper using a symbol mapping scheme to generate modulation symbols according to a different symbol mapping scheme and a method for generating a symbol mapping scheme
    • 使用符号映射方法使用符号映射方法以根据不同符号映射方案生成调制符号的方法和用于生成符号映射方案的方法
    • US07961814B2
    • 2011-06-14
    • US11993967
    • 2005-06-29
    • Alexander Golitschek Edler Von ElbwartIsamu YoshiiChristian Wengerter
    • Alexander Golitschek Edler Von ElbwartIsamu YoshiiChristian Wengerter
    • H04L27/36
    • H04L27/34
    • The invention relates to method and apparatus for generating modulation symbols according to a second symbol mapping scheme by a symbol mapping unit being adapted to generate symbols according to a first symbol mapping scheme, wherein the first and second symbol mapping schemes define different mappings of data words of a stream to modulation symbols of a modulation scheme according to the respective symbol mapping scheme. Further, the invention relates to a method and apparatus for generating a mapping of data words to modulation symbols of a square 16 QAM constellation, the modulation symbols being representable by an inphase component and quadrature component. One aspect of the invention is the introduction of a bit sequence transformer unit transforming the data words to be mapped to modulation symbols prior to mapping thereby changing the Hamming distance properties of the mapping. Another aspect of the invention is the generation of a new AICO (Antipodal Inverted COnstellation) mapping scheme.
    • 本发明涉及一种用于根据第二符号映射方案通过符号映射单元产生适应于根据第一符号映射方案生成符号的调制符号的方法和装置,其中第一和第二符号映射方案定义数据字的不同映射 根据相应的符号映射方案的调制方案的调制符号的流。 此外,本发明涉及一种用于产生数据字到方形16QAM星座的调制符号的映射的方法和装置,所述调制符号可由同相分量和正交分量表示。 本发明的一个方面是引入一个比特序列变换器单元,在映射之前将要映射到数据字的映射到调制符号变换,从而改变映射的汉明距离属性。 本发明的另一个方面是生成新的AICO(Antipodal Inverted COnstellation)映射方案。
    • 88. 发明授权
    • Bit-operated rearrangement diversity for AICO mapping
    • AICO映射的位操作重排多样性
    • US07957482B2
    • 2011-06-07
    • US11996964
    • 2005-07-26
    • Alexander Golitschek Edler Von ElbwartChristian WengerterIsamu Yoshii
    • Alexander Golitschek Edler Von ElbwartChristian WengerterIsamu Yoshii
    • H04L5/12
    • H04L27/3405H04L1/02H04L1/18H04L25/067H04L27/38
    • Transmit diversity system in which constellation rearrangement is used. Both diversity signals contain the same data and both are 16-QAM, but the location of the data bits within the constellation is different. This averages the effect of the different levels of reliability of the different constellation points. A method for modifying a quadruple of data bits in a data transmission system using Quadrature. Amplitude Modulation with 16 different modulation states, 16-QAM, using an Antipodal Inverted Constellation AICO) mapping, swapping bits selecting contiguous symbol regions with bits selecting non-contiguous symbol regions. Depending on the particular pre-defined mapping and on the particular permutation of bits, inversion of selected bits may be performed in addition. The quadruples thus obtained are mapped to modulation symbols according to a pre-defined AICO mapping. In the corresponding method for receiving the symbols, likelihood values are swapped and modified in a way which is complementary to the permutation and inversion of bits, before they are combined with likelihood values from other symbols representing the same bits. Method ensures that there is a one to one correspondence between Hamming distance and Euclidian distance for the combined received data. In other words it ensures that, once combined, all 4 bit data words which differ by the same number of bits (Hamming distance) are the same distance apart in the constellation (Euclidian distance).
    • 使用星座重排的发射分集系统。 两个分集信号都包含相同的数据,并且都是16-QAM,但星座内的数据位的位置是不同的。 这平均了不同星座点的不同可靠性水平的影响。 一种用于使用Quadrature修改数据传输系统中的四倍数据位的方法。 使用16个不同调制状态的幅度调制,16-QAM,使用Antipodal反向星座AICO)映射,交换选择具有选择不连续符号区域的位的连续符号区的位。 根据特定的预定义映射和位的特定置换,可以另外执行所选位的反转。 根据预定义的AICO映射将由此获得的四倍数映射到调制符号。 在用于接收符号的相应方法中,在将它们与表示相同比特的其他符号的似然值组合之前,以与位的置换和反相互补的方式交换和修改似然值。 方法确保了组合接收数据的汉明距离和欧氏距离之间有一对一的对应关系。 换句话说,它确保一旦组合,通过相同位数(汉明距离)不同的所有4位数据字在星座(欧几里得距离)中是相同的距离。
    • 90. 发明申请
    • PILOT TRANSMISSION METHOD, MIMO TRANSMISSION DEVICE, AND MIMO RECEPTION DEVICE
    • 导频传输方法,MIMO传输设备和MIMO接收设备
    • US20100260284A1
    • 2010-10-14
    • US12742894
    • 2008-12-09
    • Isamu YoshiiAtsushi SumasuTomohiro ImaiHidenori Kayama
    • Isamu YoshiiAtsushi SumasuTomohiro ImaiHidenori Kayama
    • H04L27/00
    • H04B7/0671H04L27/2601H04L27/2607
    • Provided is a MIMO transmission device which can effectively perform a pilot transmission by using a surplus sample generated in a pilot symbol while maintaining the pilot separation accuracy at a reception side. The MIMO transmission device (100) transmits a pilot symbol as follows. That is, in a first pilot transmission symbol section, a transmission section of a pilot signal transmitted from a first transmission antenna is partially overlapped by a pilot transmission section of a second transmission antenna. In a second pilot transmission symbol section, a pilot transmission section of the first transmission antenna is partially overlapped by a pilot transmission section of a third antenna. Among the pilot signals transmitted from the first antenna, the interference portions overlapped by transmission pilot signals from other antennas are different between the first pilot transmission symbol section and the second pilot transmission symbol section.
    • 提供一种MIMO传输装置,其可以通过在导频符号中生成的剩余采样同时在接收侧保持导频分离精度来有效地执行导频发送。 MIMO发送装置(100)如下发送导频符号。 也就是说,在第一导频发送符号部分中,从第一发送天线发送的导频信号的发送部分由第二发送天线的导频发送部分重叠。 在第二导频发送符号部分中,第一发送天线的导频发送部分由第三天线的导频发送部分重叠。 在从第一天线发送的导频信号中,与来自其他天线的发送导频信号重叠的干扰部分在第一导频传输符号部分和第二导频传输符号部分之间是不同的。