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    • 11. 发明申请
    • MIMO TRANSMITTING APPARATUS, MIMO RECEIVING APPARATUS, AND RETRANSMITTING METHOD
    • MIMO发射设备,MIMO接收设备和重传方法
    • US20090055701A1
    • 2009-02-26
    • US11909415
    • 2006-03-27
    • Masayuki HoshinoRyohei KimuraYasuaki YudaTomohiro ImaiKenichi Miyoshi
    • Masayuki HoshinoRyohei KimuraYasuaki YudaTomohiro ImaiKenichi Miyoshi
    • H04L1/18G06F11/14
    • H04L1/0009H04L1/0071H04L1/08H04L1/1812
    • A MIMO transmitting apparatus that achieves a flexible control in accordance with variation of a propagation environment to reduce the number of retransmissions. A buffer (104) temporarily stores transport bits, which have been interleaved, in preparation for retransmission. An intra-code-word interleaver (105) performs an interleave process by all of the bits included in the symbols to be simultaneously transmitted from a plurality of transmitting antennas. When performing an intra-code-word interleave process, the intra-code-word interleaver (105) performs the interleave process in accordance with an interleave pattern notified from an interleave pattern table (107). A counter (106) counts retransmission requests, and outputs the number of retransmissions to the interleave pattern table (107). The interleave pattern table (107) stores interleave patterns to be used for intra-code-word interleave process for the respective numbers of retransmissions, and notifies the intra-code-word interleaver (105) of an interleave pattern in accordance with a number of retransmissions.
    • 一种MIMO发送装置,其根据传播环境的变化实现灵活的控制,以减少重发次数。 缓冲器(104)临时存储已经被交织的传输比特,以准备重传。 码内字交织器(105)通过从多个发送天线同时发送的符号中包含的所有比特执行交织处理。 当进行码内字交错处理时,码内字交织器(105)根据从交织模式表(107)通知的交织模式进行交织处理。 计数器(106)对重发请求进行计数,并将重发次数输出到交织模式表(107)。 交织模式表(107)存储要用于各个重传次数的码内字交织处理的交织模式,并根据数量的多个通知码内字交织器(105)的交织模式 重传。
    • 12. 发明申请
    • TRANSMITTING APPARATUS, RECEIVING APPARATUS AND TRANSMISSION POWER CONTROL METHOD
    • 发射装置,接收装置和传输功率控制方法
    • US20090227211A1
    • 2009-09-10
    • US11915724
    • 2006-05-30
    • Masayuki HoshinoRyohei KimuraYasuaki YudaTomohiro ImaiKenichi Miyoshi
    • Masayuki HoshinoRyohei KimuraYasuaki YudaTomohiro ImaiKenichi Miyoshi
    • H04B7/00H04B1/04
    • H04W52/247H04W52/262
    • A transmitting apparatus, a receiving apparatus and a transmission power control method wherein even in a case of performing a transmission power control of multi-valued modulated symbols, the degradation of reception characteristic and that of network usage efficiency can be avoided. A power control instructing part (204) adjusts, based on an encoding rate and a modulation scheme in a case of applying a power control value, which maximizes the MIMO channel capacity, to each stream, the power control value of a stream, which is the most likely to be affected by a power estimation error, into a reference value, and then applies the adjustment value used for that adjustment to the other streams, that is, the streams that are not likely to be affected by the power estimation error. A power control part (205) performs a transmission power control in accordance with the power control value as adjusted by the power control instructing part (204).
    • 一种发送装置,接收装置和发送功率控制方法,其中即使在执行多值调制符号的发送功率控制的情况下,也可以避免接收特性的劣化和网络使用效率的劣化。 功率控制指示部(204)根据编码率和调制方式,对每个流施加使MIMO信道容量最大化的功率控制值,将流的功率控制值,即 最有可能受功率估计误差影响的参考值,然后将用于该调整的调整值应用于其他流,即不太可能受功率估计误差影响的流。 功率控制部(205)根据由功率控制指示部(204)调节的功率控制值进行发送功率控制。
    • 13. 发明授权
    • Retransmission control scheme and wireless communication apparatus
    • 重传控制方案和无线通信装置
    • US08065579B2
    • 2011-11-22
    • US11816885
    • 2006-02-27
    • Masayuki HoshinoRyohei KimuraYasuaki YudaTomohiro ImaiKenichi Miyoshi
    • Masayuki HoshinoRyohei KimuraYasuaki YudaTomohiro ImaiKenichi Miyoshi
    • G08C25/02H04L1/18
    • H04L1/1893H04L1/0001H04L1/0013H04L1/0015H04L1/0026H04L1/0071H04L1/06H04L1/1819H04L1/1825H04L1/1845H04L25/0222
    • A retransmission control scheme and a wireless communication apparatus wherein the efficiency of retransmission control is enhanced to further improve the system throughput. In this wireless communication apparatus (100), an error occurrence factor addressing part (140) receives information related to the error occurrence factor of a transmitted packet or information related to the schemes of forming or transmitting a retransmittal packet corresponding to that error occurrence factor, and switches, based on the received information, the schemes of forming or transmitting the retransmittal packet. In this way, the schemes of forming or transmitting the retransmittal packet can be switched in accordance with the error occurrence factor of the transmitted packet. At the end of receiving the retransmittal packet, therefore, the performing of a decoding processor the like in accordance with that scheme of forming or transmitting can enhance the efficiency of the retransmission control. As a result, the system throughput can be improved.
    • 一种重传控制方案和一种无线通信装置,其中提高了重传控制的效率以进一步提高系统吞吐量。 在该无线通信装置(100)中,错误发生因子寻址部(140)接收与所发送的分组的错误发生因子相关的信息或与形成或发送对应于该错误发生因子的重传分组的方案有关的信息, 并且基于所接收的信息来切换形成或发送重传分组的方案。 以这种方式,可以根据发送的分组的错误发生因素来切换形成或发送重传分组的方案。 因此,在接收到重传分组的结束时,根据该形成或发送方案执行解码处理器等可以提高重传控制的效率。 结果,可以提高系统吞吐量。
    • 16. 发明申请
    • TRANSMITTER, RECEIVER, AND COMMUNICATION METHOD
    • 发射机,接收机和通信方法
    • US20090116571A1
    • 2009-05-07
    • US11994112
    • 2006-06-28
    • Tomohiro ImaiYasuaki YudaMasayuki HoshinoRyohei Kimura
    • Tomohiro ImaiYasuaki YudaMasayuki HoshinoRyohei Kimura
    • H04L5/12H04L27/28
    • H04B7/0413H04B7/0613H04B7/0837
    • A transmitter, a receiver and a communication method enabling improvement of the data rate of an MIMO system. One signal x2 out of the three signals is combined with the other two signals x1, x3 respectively to generate two combined signals x1+x2, x2+x3. The combined signals are transmitted through transmission antennas (102, 103). A signal separating section (106) of the receiver separates the received signals r1, r2 into two signals y1, y2 by a signal separation processing such as the ZF. An MLD processing section (107) generates MLD evaluation formulae using y1, y2 and performs an MLD processing in which x2 is cancelled from y1, y2 and evaluation formulae about x1, x3 are generated, and a maximum likelihood estimation is performed. As a result of the MLD processing, x1, x3 are detected. In a canceling section (108) the detected x1, x3 are canceled from y1, y2, and x2 is detected.
    • 一种发射机,接收机和能够改善MIMO系统的数据速率的通信方法。 三个信号中的一个信号x2分别与其他两个信号x1,x3组合以产生两个组合信号x1 + x2,x2 + x3。 组合的信号通过发射天线(102,103)传输。 接收机的信号分离部分(106)通过诸如ZF的信号分离处理将接收信号r1,r2分成两个信号y1,y2。 MLD处理部(107)使用y1,y2生成MLD评价公式,并且执行从y1,y2取消x2的MLD处理,并且生成关于x1,x3的评估公式,并且执行最大似然估计。 作为MLD处理的结果,检测到x1,x3。 在取消部(108)中,从y1,y2取消检测出的x1,x3,检测出x2。
    • 18. 发明授权
    • Radio communication system, radio communication device, and channel correlation matrix decision method
    • 无线电通信系统,无线电通信设备和信道相关矩阵决策方法
    • US08081702B2
    • 2011-12-20
    • US12280677
    • 2007-02-28
    • Masayuki HoshinoKenichi MiyoshiYasuaki YudaKatsuhiko HiramatsuRyohei Kimura
    • Masayuki HoshinoKenichi MiyoshiYasuaki YudaKatsuhiko HiramatsuRyohei Kimura
    • H04B7/02
    • H04B7/0626H04B7/0417H04B7/0434H04B7/063H04B7/0689
    • It is possible to prevent lowering of a throughput of a radio communication system even when propagation path environments of an uplink line and downlink line are asymmetric. A maximum proper value calculation unit (115) calculates a maximum proper value from a channel matrix. A maximum proper value comparison unit (116) compares the maximum proper value with a maximum proper value of the downlink line reported separately from a base station. According to the comparison result obtained by the maximum proper value comparison unit (116), a proper mode initiative instruction unit (117) decides to pass the proper mode initiative to a communication partner or to the local device. When the initiative is to be passed to the local device, this fact is reported to a proper bam correction unit (118). When the proper beam correction unit (118) gets the proper mode initiative, the proper beam correction unit (118) corrects the correlation matrix by using the proper values of both of the downlink line and the uplink line and instructs a directivity forming unit (103) to form a proper beam according to the correlation matrix after the correction.
    • 即使上行链路和下行链路的传播路径环境不对称,也可以防止无线通信系统的吞吐量的降低。 最大适当值计算单元(115)从信道矩阵计算最大适当值。 最大适当值比较单元(116)将最大适当值与从基站分开报告的下行线路的最大适当值进行比较。 根据由最大适当值比较单元(116)获得的比较结果,正确的模式主动指示单元(117)决定将适当的模式主动通过通信对方或本地设备。 当该举措传递给本地设备时,这一事实报告给适当的巴姆纠正单位(118)。 当正确的光束校正单元(118)获得适当的模式主动时,适当的光束校正单元(118)通过使用下行链路线路和上行线路两者的适当值来校正相关矩阵,并且指示方向性形成单元(103 )根据校正后的相关矩阵形成适当的波束。
    • 19. 发明申请
    • WIRELESS COMMUNICATION APPARATUS AND MAPPING METHOD
    • 无线通信设备和映射方法
    • US20100202386A1
    • 2010-08-12
    • US12680164
    • 2008-09-26
    • Shinsuke TakaokaMasayuki HoshinoAkihiko NishioYasuaki YudaRyohei Kimura
    • Shinsuke TakaokaMasayuki HoshinoAkihiko NishioYasuaki YudaRyohei Kimura
    • H04W72/04
    • H04L1/0083H04L69/323H04W28/06
    • A wireless communication apparatus wherein the power consumption can be reduced. In this apparatus, a code block dividing part (101) divides a transport block, in which filler bits have been inserted, into a plurality of code blocks. A mapping control part (107) controls, based on both scheduling information, which is received from a scheduler (not shown) and indicative of physical channel resources to be used for code block transmission, and the number of filler bits which is received from the code block dividing part (101), the plurality of code blocks so that they will be mapped to the respective physical channel resources in such an order that a respective code block having a less number of filler bits will be mapped to a respective more forward physical channel resource. A mapping part (108) then maps, based on mapping information received from the mapping control part (107), data symbols, which are received from the modulating parts (106) of the respective ones of code block processing parts (102-1 to 102-C), to the physical channel resources.
    • 一种能够降低功耗的无线通信装置。 在该装置中,代码块分割部(101)将填充位插入的传送块分割为多个代码块。 映射控制部分(107)基于从调度器(未示出)接收并指示要用于码块传输的物理信道资源的两个调度信息和从所述调度器接收的填充比特数 代码块分割部分(101),多个代码块,使得它们将被映射到各个物理信道资源,使得具有较少填充比特数的相应代码块将被映射到相应的更前进的物理 渠道资源 映射部分(108)然后基于从映射控制部分(107)接收到的映射信息,映射从数据块处理部分(102-1至...的相应代码块处理部分)的调制部分(106)接收的数据符号 102-C),到物理信道资源。
    • 20. 发明授权
    • Radio communication for reducing the signaling amount in selecting a plurality of beams in pre-coding for enhancing throughput
    • 无线电通信,用于在预编码中减少选择多个波束的信令量,以增强吞吐量
    • US08379750B2
    • 2013-02-19
    • US12664953
    • 2008-06-24
    • Masayuki HoshinoKatsuhiko HiramatsuYasuaki YudaRyohei Kimura
    • Masayuki HoshinoKatsuhiko HiramatsuYasuaki YudaRyohei Kimura
    • H04B7/02
    • H04B7/0617H04B7/0408H04B7/0417
    • The signaling amount in selecting a plurality of beams is reduced in pre-coding to thereby enhance the throughput. To select a plurality of beams when the pre-coding is applied, when notification of a beam number is provided in a feedback signal from a user equipment 102 as a reception station to a radio base station 101 as a transmission station, a superior beam number having a high quality rank with small time variation is bound up and fixed for a predetermined time period and notification of only a inferior beam number is provided within the time period. For example, to select three beams from six beams, first, notification of the superior two beam numbers (beam numbers ‘b’ and ‘c’) is provided and the superior beam numbers are fixed for a predetermined time period and then notification of only the inferior one beam number (beam number ‘e’) is provided within the predetermined time period for reducing the signaling amount for providing beam number notification.
    • 在预编码中减少了选择多个光束的信令量,从而提高了吞吐量。 为了在应用预编码时选择多个波束,当在作为接收站的用户设备102作为发送站的无线基站101的反馈信号中提供波束号的通知时,优先的波束号 具有小时间变化的高质量等级被约束并固定预定时间段,并且在该时间段内提供仅次于较差波束号的通知。 例如,为了从六个光束中选择三个光束,首先提供上述两个光束号(光束号b和c)的通知,并且将上级光束号固定预定的时间段,然后仅通知下一个光束 在预定时间段内提供数字(波束编号e),以减少用于提供波束号通知的信令量。