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    • 2. 发明申请
    • TIME GRANULARITY IN WIFI OFDMA
    • WIFI OFDMA的时间格局
    • WO2016146181A1
    • 2016-09-22
    • PCT/EP2015/055638
    • 2015-03-18
    • HUAWEI TECHNOLOGIES CO., LTD.TSODIK, GenadiySHILO, ShimiEZRI, DoronREDLICH, Oded
    • TSODIK, GenadiySHILO, ShimiEZRI, DoronREDLICH, Oded
    • H04L5/00
    • H04L5/0007H04L5/0037H04L5/0044H04L5/0064H04L5/0082H04L5/0087H04L5/0089H04L27/2602H04W28/06H04W28/18H04W72/042H04W72/0453
    • A data transmission apparatus (100) for sending a communication signal to at least one receiving device (200A, 200B), a communication device (200A, 200B) for receiving a first communication signal from a data transmission apparatus (100) and for sending a second communication signal to the data transmission apparatus (100), an apparatus (400) for analyzing a communication signal and a frame structure (300) for data transmission between a data transmission apparatus (100) and at least one communication device (200A, 200B) are provided. The data transmission apparatus (100) is configured for sending a communication signal to at least one receiving device. The communication signal corresponds to an orthogonal frequency division multiple access, OFDMA, signal being communicated through at least one OFDMA frame (300) comprising a frame header (301), a first zone (320) having assigned a first set of transmission parameters and a second zone (330) having assigned a second set of transmission parameters. The first zone (320) comprises a first zone header (321) indicating the first set of transmission parameters and the second zone (330) comprises a second zone header (331) indicating the second set of transmission parameters. The data transmission apparatus is configured to assign a data transmission bandwidth to the at least one receiving device in at least one of the first zone and the second zone and to transmit an assignment signal to the at least one receiving device by means of which the data transmission bandwidth is assigned to the receiving device. The data transmission apparatus is configured to use the assigned first zone (320) or second zone (330) for both receiving and sending data to the at least one receiving device. Thus, the data transmission and signalling overhead in an OFDMA frame is reduced.
    • 一种用于向至少一个接收设备(200A,200B)发送通信信号的数据传输设备(100),用于从数据传输设备(100)接收第一通信信号并用于发送通信信号的通信设备(200A,200B) 第二通信信号发送到数据传输装置(100),用于分析通信信号的装置(400)和用于数据传输装置(100)和至少一个通信装置(200A,200B)之间的数据传输的帧结构(300) )。 数据发送装置(100)被配置为向至少一个接收装置发送通信信号。 所述通信信号对应于正交频分多址,OFDMA,信号通过至少一个OFDMA帧(300)传送,所述OFDMA帧(300)包括帧头(301),已经分配了第一组传输参数的第一区(320) 第二区域(330)已经分配了第二组传输参数。 第一区域(320)包括指示第一组传输参数的第一区域报头(321),并且第二区域(330)包括指示第二组传输参数的第二区域报头(331)。 数据传输装置被配置为在第一区域和第二区域中的至少一个区域中向至少一个接收设备分配数据传输带宽,并且向至少一个接收设备发送分配信号,通过该接收设备将数据 传输带宽被分配给接收设备。 数据传输装置被配置为使用分配的第一区域(320)或第二区域(330)来接收和发送数据给至少一个接收设备。 因此,减少OFDMA帧中的数据传输和信令开销。
    • 4. 发明申请
    • RECEIVER AND METHOD FOR DECODING DATA PACKETS
    • 用于解码数据包的接收器和方法
    • WO2015124167A1
    • 2015-08-27
    • PCT/EP2014/053089
    • 2014-02-18
    • HUAWEI TECHNOLOGIES CO., LTD.SHILO, ShimiWEITZMAN, AviEZRI, DoronRUAN, WeiSUN, FuqingFAN, Ronghu
    • SHILO, ShimiWEITZMAN, AviEZRI, DoronRUAN, WeiSUN, FuqingFAN, Ronghu
    • H04L1/00H04L1/18
    • H04L1/1845H04L1/0045H04L1/0061
    • The present invention proposes a receiver (1) and method for decoding data packets. A receiving unit (5) of the receiver (1) receives a data packet P1, which contains a MAC header. A soft decoder (3) of the receiver (1) decodes the data packet P1 to obtain soft values of the data packet P1, and an error checking module (2) of the receiver performs a cyclic redundancy check, CRC, on the data packet P1. If the CRC on the data packet P1 fails, a hard decoder (4) of the receiver (1) performs a first hard decision on the soft values of the data packet P1 corresponding to the MAC header of the data packet P1, and a controller (8) of the receiver (1) determines based on the result of the first hard decision, whether soft values of a previous transmission of the data packet P are stored in a memory (6) of the receiver (1), and combines said stored soft values with the soft values of the data packet P1 to obtain combined soft values. Finally, the error checking module (2) performs a CRC based on the combined soft values.
    • 本发明提出了一种用于对数据分组进行解码的接收机(1)和方法。 接收机(1)的接收单元(5)接收包含MAC报头的数据分组P1。 接收机(1)的软解码器(3)对数据分组P1进行解码以获得数据分组P1的软值,并且接收机的错误检查模块(2)在数据分组上执行循环冗余校验CRC P1。 如果数据分组P1上的CRC失败,则接收机(1)的硬解码器(4)对与数据分组P1的MAC头对应的数据分组P1的软值执行第一硬判决,控制器 接收机(1)的接收机(8)基于第一硬判决的结果确定数据分组P的先前发送的软值是否被存储在接收机(1)的存储器(6)中,并将所述 存储软值与数据包P1的软值,以获得组合的软值。 最后,错误检查模块(2)基于组合的软值执行CRC。
    • 6. 发明申请
    • ACTIVE BALUN
    • WO2017076419A1
    • 2017-05-11
    • PCT/EP2015/075371
    • 2015-11-02
    • HUAWEI TECHNOLOGIES CO., LTD.REGEV, DrorSHILO, ShimiEZRI, Doron
    • REGEV, DrorSHILO, ShimiEZRI, Doron
    • H03H11/32H04B1/04H04B1/18
    • H03H11/32H04B1/0458H04B1/18
    • The disclosure relates to an active balun (300), including: a first terminal (303); a second terminal (305, 306); a first transistor (M1) comprising a first current path (D1-S1, l DS ) and a control path (G1-S1, V GS ) for controlling the first current path (D1-S1, l DS ), wherein the first current path (D1-S1, l DS ) is coupled between the first terminal (303) and the second terminal (305, 306) and the control path (G1-S1, V GS ) is coupled between a reference potential (304b, G1) and the first terminal (303, S1); and an inverter (301) comprising a second current path (S2-D2-D3-S3), wherein the second current path (S2-D2-D3-S3) is coupled in parallel to the first current path (D1-S1) of the first transistor (M1).
    • 本公开涉及一种有源平衡 - 不平衡变换器(300),包括:第一端子(303);第二端子 第二终端(305,306); 包括用于控制第一电流(D1-S1,...,DS)和控制路径(G1-S1,V_SG)的第一晶体管(M1) 其中第一电流路径(D1-S1,...,DS)耦合在第一端子(303)与第二端子(303)之间, (305,306)和控制路径(G1-S1,V GS)耦合在参考电位(304b,G1)和第一端子(303,S1)之间; 以及包括第二电流路径(S2-D2-D3-S3)的逆变器(301),其中所述第二电流路径(S2-D2-D3-S3) 第一个晶体管(M1)。
    • 10. 发明申请
    • ADVANCED DYNAMIC CHANNEL ASSIGNMENT
    • 先进的动态通道分配
    • WO2016000758A1
    • 2016-01-07
    • PCT/EP2014/063932
    • 2014-07-01
    • HUAWEI TECHNOLOGIES CO., LTD.EZRI, DoronWEITZMAN, AviSHILO, ShimiSUN, FuqingRUAN, WeiFAN, Ronghu
    • EZRI, DoronWEITZMAN, AviSHILO, ShimiSUN, FuqingRUAN, WeiFAN, Ronghu
    • H04W16/14
    • H04W16/10H04W84/12H04W88/08
    • According to an aspect of some embodiments of the present invention there is provided a device (401) for assigning radio channels to radio transceiver devices (431). The device comprises an interface (412) configured to receive two or more radio communication values, each associated with a radio transceiver device (431). The device comprises a processor (402) configured to calculate (404) an ordering of two or more radio transceiver devices based on radio communication values and build (405), according to the ordering, one or more rooted tree representing assignment of available radio channels to first radio transceiver devices (431) according to the ordering. A branch of the rooted tree is selected according to a cost function value calculated along each branch. The processor (402) is configured to assign (409) the available radio channels to the radio transceiver devices (431) according to the selected branch.
    • 根据本发明的一些实施例的一个方面,提供了一种用于向无线电收发机设备(431)分配无线电信道的设备(401)。 该设备包括被配置为接收两个或更多个无线电通信值的接口(412),每个无线电通信值与无线电收发器设备(431)相关联。 该设备包括处理器(402),其被配置为根据无线电通信值计算(404)两个或更多个无线电收发器设备的排序,并根据该顺序构建(405)一个或多个根树,其表示可用无线电信道的分配 根据订购到第一无线电收发器设备(431)。 根据沿着每个分支计算的成本函数值选择有根树的分支。 处理器(402)被配置为根据所选择的分支(409)向无线电收发器设备(431)分配(409)可用的无线电信道。