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    • 3. 发明申请
    • RELAY NODE BACKHAULING
    • 继电器回传
    • WO2010061053A1
    • 2010-06-03
    • PCT/FI2009/050893
    • 2009-11-05
    • NOKIA CORPORATIONCHARBIT, GillesWANG, HaimingZENG, ErlinHAN, JingCHE, Xiang GuangRAAF, Bernhard
    • CHARBIT, GillesWANG, HaimingZENG, ErlinHAN, JingCHE, Xiang GuangRAAF, Bernhard
    • H04W72/12H04W16/26
    • H04B7/155H04B7/2606H04W72/005H04W72/1263H04W84/047
    • In an example, techniques select compatible TDDframe structure pairs for a base station and a relay node; designate a numberofcertain subframes in each of the selected frame structure pairs to be multimedia broadcast multicast service single frequency network subframes; and using the selected frame structure pairs, perform communications between the base station and a relay node-attached user equipment, while performing backhauling during the certain subframes. In another example, techniques select compatible TDDframe structure pairs for a base station and a relay node that establishes operation with selected subframe pairs on a relay link, signal a blank subframe configuration for a relay node-attached user equipment corresponding to the selected subframe pairs, and, using the selected subframe pairs, perform communications between the base station and the relay node-attached user equipment, while performing back hauling during the selected subframe pairs signaled as blank subframes to the user equipment.
    • 在一个示例中,技术为基站和中继节点选择兼容的TDD帧结构对; 将所选择的帧结构对中的每一个中的多个确定子帧指定为多媒体广播多播服务单频网络子帧; 并且使用所选择的帧结构对,在所述某些子帧期间执行回程执行时,在所述基站和与中继节点连接的用户设备之间进行通信。 在另一示例中,技术为基站和中继节点选择兼容的TDD帧结构对,该中继节点与中继链路上的所选择的子帧对建立操作,对与所选择的子帧对相对应的与中继节点相连的用户设备进行信号空白子帧配置, 并且使用所选择的子帧对,在基站和与所述中继节点连接的用户设备之间执行通信,同时在所选择的子帧对中执行回程,所述子帧对以空白子帧的形式发送给所述用户设备。
    • 8. 发明申请
    • SELECTING BETWEEN NORMAL AND VIRTUAL DUAL LAYER ACK/NACK
    • 选择正常的和虚拟的双层ACK / NACK
    • WO2010000743A2
    • 2010-01-07
    • PCT/EP2009/058194
    • 2009-06-30
    • NOKIA SIEMENS NETWORKS OYCHE, Xiang GuangFREDERIKSEN, FrankKOLDING, Troels Emil
    • CHE, Xiang GuangFREDERIKSEN, FrankKOLDING, Troels Emil
    • H04L5/00
    • H04L5/0055H04L1/1621H04L1/1692H04L1/1861H04L5/0053H04W24/08H04W72/042
    • An allocation of downlink resources is received, which are monitored on 1 layers for data. A resource-specific bit (ACK/NACK) is generated for each of those resources. From a pattern of those resources is selected an algorithm from among a first algorithm that bundles them in a first mode and a second algorithm that bundles them in a second mode. The selected algorithm is used on the generated resource-specific bits that correspond to the downlink resources, bundled according to the selected mode, to generate 1 reply bits which are then transmitted. At the network side a NACK reply bit is received, based on a pattern of the allocated downlink resources, a first algorithm that bundles them in a first mode or a second algorithm that bundles them in a second mode is selected. A bundling window and layer combination are determined from the selected algorithm, which gives the resource for retransmitting the NACK' d data.
    • 接收下行链路资源的分配,其在数据的第一层上被监视。 为这些资源中的每一个生成资源特定位(ACK / NACK)。 从这些资源的模式中选择第一种算法,在第一种算法中将它们捆绑在第一种模式中,第二种算法将它们捆绑在第二种模式中。 所选择的算法在所生成的与根据所选模式捆绑的下行链路资源相对应的资源特定比特上使用,以生成随后被发送的1个答复比特。 在网络侧,基于分配的下行链路资源的模式,接收NACK答复比特,选择将它们以第一模式捆绑的第一算法或以第二模式捆绑它们的第二算法。 根据所选择的算法确定捆绑窗口和分层组合,其为重发NACK'd数据提供资源。
    • 10. 发明申请
    • ACK/NACK TRANSMISSION ON PUCCH IN LTE-ATDD WITH NXPDCCH STRUCTURE
    • 具有NXPDCCH结构的LTE-ATDD中的PUCCH上的ACK / NACK传输
    • WO2009118621A2
    • 2009-10-01
    • PCT/IB2009/005075
    • 2009-03-25
    • NOKIA CORPORATIONCHE, Xiang GuangCHEN, PengKOLDING, Troels EmilFREDERIKSEN, Frank
    • CHE, Xiang GuangCHEN, PengKOLDING, Troels EmilFREDERIKSEN, Frank
    • H04L1/18
    • H04L1/003H04L1/0025H04L1/1621H04L1/1854H04L5/0053
    • Systems and methods are provided for enabling different "bundling" methods for downlink transmissions and provide different interpretations of the acknowledgement/negative- acknowledgement bit. A user equipment is configured so that it commonly acknowledges all downlink transmission time intervals within a bundle so that if one packet is determined to be erroneous, all packets in that bundle will be retransmitted. Additionally, the systems and methods are implemented by allowing an interpretation to be applied to the uplink acknowledgement/negative-acknowledgement field such that the user equipment is able to divide bundled downlink packets into smaller windows in Long Term Evolution (LTE) Release 8 time division duplex (TDD) mode. In LTE Advanced (LTE-A) TDD mode, various embodiments provide bundling within the time domain, within the frequency domain, and within a hybrid time- frequency domain. Furthermore, enhanced channel selection methods are also provided in support of the above-mentioned bundling methods in accordance with various embodiments.
    • 提供的系统和方法用于实现用于下行链路传输的不同的“捆绑”方法,并提供对确认/否定确认位的不同解释。 用户设备被配置为使得它通常确认束内的所有下行链路传输时间间隔,使得如果确定一个分组是错误的,则该分组中的所有分组将被重传。 另外,通过允许将解释应用于上行链路确认/否定确认字段来实现系统和方法,使得用户设备能够在长期演进(LTE)版本8时分中将分组的下行链路分组划分为更小的窗口 双工(TDD)模式。 在LTE高级(LTE-A)TDD模式中,各种实施例在时域内,频域内和混合时频域内提供捆绑。 此外,还提供了增强的信道选择方法,以支持根据各种实施例的上述捆绑方法。