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    • 41. 发明申请
    • WIRELESS COMMUNICATION APPARATUS AND WIRELESS COMMUNICATION METHOD
    • 无线通信设备和无线通信方法
    • US20160094281A1
    • 2016-03-31
    • US14890671
    • 2014-05-13
    • HITACHI KOKUSAI ELECTRIC, INC.
    • Takashi YANOKeisuke YAMAMOTO
    • H04B7/04H04W72/08
    • H04B7/0413H04B1/7107H04B1/71072H04B7/04H04B7/0854H04J11/004H04L1/0048H04L2025/03426H04W72/082
    • In a capacity region of a multiple access channel which is a theoretical limit, a combination of transmission speeds that are equal between the channels is realized. A wireless communication apparatus receives first to third frames, which are sequentially transmitted. The second frame is transmitted at a head time different from that of the first and third frames, and the second frame receives a first signal which is temporally superposed to both the first and third frames. A replica signal of the first frame is generated based on the result obtained by demodulating the first frame, and a second signal which is obtained by canceling it from the first signal is generated. The second frame is demodulated by using the second signal, and the interference from the first frame in the second frame in the second signal is canceled, and the interference from the third frame remains.
    • 在作为理论限制的多路访问信道的容量区域中,实现了信道之间相等的传输速度的组合。 无线通信装置接收依次发送的第一至第三帧。 第二帧在与第一和第三帧不同的头部时间发送,并且第二帧接收时间上叠加到第一和第三帧的第一信号。 基于通过解调第一帧获得的结果生成第一帧的复制信号,并且生成通过从第一信号中取消它获得的第二信号。 通过使用第二信号解调第二帧,并且消除来自第二信号中的第二帧中的第一帧的干扰,并且保留来自第三帧的干扰。
    • 47. 发明授权
    • Co-channel dual polarized microwave device and method for receiving receive signal
    • 共通道双极化微波器件及接收信号接收方法
    • US09049060B2
    • 2015-06-02
    • US14279048
    • 2014-05-15
    • Huawei Technologies Co., Ltd.
    • Jun Li
    • H03D1/06H04L27/01H04B7/10H04W52/02H04L7/04H04B7/00H04B7/08H04W56/00
    • H04L27/01H04B7/002H04B7/0817H04B7/10H04J11/004H04J11/0069H04L7/04H04W52/0232H04W56/00Y02D70/44Y02D70/442Y02D70/444
    • Embodiments of the present invention disclose a co-channel dual polarized microwave device and a method. Frame synchronization is performed on a first receive signal processed by cross polarization interference cancellation and phase noise immunization is performed on the first receive signal processed by frame synchronization. Frame synchronization is performed on a second receive signal not processed by cross polarization interference cancellation and phase noise immunization is performed on the second receive signal processed by frame synchronization. The first receive signal processed by phase noise immunization and the second receive signal processed by phase noise immunization are selectively received according to a frame synchronization state signal and a signal quality signal. Delay alignment is performed on a selectively received signal according to the frame synchronization state signal to implement lossless switching in a selective receiving process.
    • 本发明的实施例公开了一种同频道双极化微波器件和一种方法。 对通过交叉极化干扰消除处理的第一接收信号执行帧同步,并且对由帧同步处理的第一接收信号执行相位噪声免疫。 对未被交叉极化干扰消除处理的第二接收信号执行帧同步,并且对由帧同步处理的第二接收信号执行相位噪声免疫。 根据帧同步状态信号和信号质量信号选择性地接收通过相位噪声免疫处理的第一接收信号和通过相位噪声免疫处理的第二接收信号。 根据帧同步状态信号对选择接收的信号进行延迟对准,以在选择性接收处理中实现无损切换。
    • 48. 发明授权
    • Non-orthogonal transmit mode
    • 非正交发射模式
    • US09014694B2
    • 2015-04-21
    • US13360902
    • 2012-01-30
    • Esa T. TiirolaKari P. PajukoskiOlav E. Tirkkonen
    • Esa T. TiirolaKari P. PajukoskiOlav E. Tirkkonen
    • H04W4/00H04J11/00
    • H04J11/004H04J11/0043
    • A first user equipment UE operating in a first/strong transmission mode determines that a second UE is operating in a second/weak mode and is allocated a same radio resource as the first UE. The first UE determines a transport format for transmissions to the second UE and uses that to decode and cancel a transmission received on the radio resource which is directed to the second UE, mitigating interference with a further transmission directed to the first UE. Various examples are given of specific resource allocation signaling used to determine that the second UE is operating in the second mode and is allocated the same radio resource, such as implicitly by a specific downlink control indication format or an explicit indication in a resource allocation directed to the first UE. The first UE can determine the transport format of the second UE from network signaling.
    • 以第一/强传输模式操作的第一用户设备UE确定第二UE在第二/弱模式下操作,并且被分配与第一UE相同的无线电资源。 第一UE确定用于传输到第二UE的传输格式,并且使用它来解码和消除在针对第二UE的无线电资源上接收的传输,减轻与针对第一UE的另外的传输的干扰。 给出了用于确定第二UE在第二模式中操作并且被分配相同无线电资源的特定资源分配信令的各种示例,例如通过特定下行链路控制指示格式或在针对 第一个UE。 第一UE可以从网络信令确定第二UE的传输格式。
    • 50. 发明申请
    • Method and a First Network Node for Controlling Load
    • 方法和用于控制负载的第一个网络节点
    • US20150092562A1
    • 2015-04-02
    • US14397961
    • 2012-05-17
    • Xinyu GuTorbjörn WigrenZhang Zhang
    • Xinyu GuTorbjörn WigrenZhang Zhang
    • H04W52/34H04W72/04
    • H04W52/343H04B17/345H04J11/004H04J11/005H04L5/0032H04L5/0044H04L5/0073H04L25/03006H04W72/0413
    • A first network node (111) and a method therein for controlling load in a first cell (121) of the first network node (111) are provided. The first network node (111) comprises a multi-stage receiver. The first network node (111) computes an interference cancellation gain, at an intermediate stage of the multi-stage receiver. Furthermore, the first network node (111) estimates neighbour cell interference from interfering signals while accounting for a load utilization. The load utilization relates to power transmitted and power granted. The first network node (111) calculates a load measure for stability based on at least the interference cancellation gain and the neighbour cell interference. Next, the first network node (111) controls the load in the first cell (121) based on the load measure for stability.
    • 提供了第一网络节点(111)及其中用于控制第一网络节点(111)的第一小区(121)中的负载的方法。 第一网络节点(111)包括多级接收机。 第一网络节点(111)在多级接收机的中间阶段计算干扰消除增益。 此外,第一网络节点(111)在考虑负载利用率的同时估计来自干扰信号的相邻小区干扰。 负载利用率与发射功率和授权有关。 第一网络节点(111)至少基于干扰消除增益和相邻小区干扰来计算用于稳定性的负载度量。 接下来,第一网络节点(111)基于用于稳定性的负载测量来控制第一小区(121)中的负载。