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    • 2. 发明授权
    • Shortened subframe format for FDD
    • 缩短FDD子帧格式
    • US09277447B2
    • 2016-03-01
    • US13880526
    • 2010-10-20
    • Na WeiChunyan GaoHaiming WangWei BaiWei HongJing Han
    • Na WeiChunyan GaoHaiming WangWei BaiWei HongJing Han
    • H04W28/06H04L5/00H04W28/08
    • H04W28/06H04L5/001H04L5/0048H04W28/08
    • A method includes determining one of a multiplicity of subframes in a resource space in which a shortened subframe is to be communicated. Each of the subframes has a predetermined number of symbol positions. The resource space includes the multiplicity of subframes. The method includes communicating the shortened subframe in the determined subframe. The shortened subframe has a multiplicity of active symbols at first symbol positions in the determined subframe and has a multiplicity of blanked symbols at second symbol positions in the determined subframe. In an embodiment, each of the subframes is a first subframe carried on subcarrier. The resource space corresponds to a special subframe in a frame including the special subframe and a multiplicity of second subframes. The special subframe and the plurality of second subframes are located in different timeslots. Apparatus, computer programs, and program products are also disclosed.
    • 一种方法包括确定在其中要传送缩短的子帧的资源空间中的多个子帧之一。 每个子帧具有预定数量的符号位置。 资源空间包括多个子帧。 该方法包括在确定的子帧中传送缩短的子帧。 缩短的子帧在确定的子帧中的第一符号位置处具有多个有效符号,并且在确定的子帧中的第二符号位置处具有多个空白符号。 在一个实施例中,每个子帧是在子载波上承载的第一子帧。 资源空间对应于包括特殊子帧和多个第二子帧的帧中的特殊子帧。 特殊子帧和多个第二子帧位于不同的时隙中。 还公开了装置,计算机程序和程序产品。
    • 3. 发明申请
    • Resource Allocation In Different TDD Configurations With Cross Carrier Scheduling
    • 在具有交叉载波调度的不同TDD配置中的资源分配
    • US20150103703A1
    • 2015-04-16
    • US14395201
    • 2012-04-20
    • Erlin ZengJing HanChunyan GaoWei BaiHaiming WangWei Hong
    • Erlin ZengJing HanChunyan GaoWei BaiHaiming WangWei Hong
    • H04W72/04H04L5/00H04W72/14H04L5/14
    • H04W72/042H04L5/001H04L5/0055H04L5/0092H04L5/14H04L5/1469H04W72/14
    • A downlink resource grant is on a first component carrier having a first downlink to uplink DL/UL subframe configuration, and cross schedules to a second component carrier having a different second DL/UL subframe configuration. If a first set SI of downlink subframes associated with a subframe n of the first DL/UL subframe configuration only partially overlaps with a second set S2 of downlink subframes associated with the subframe n of the second DL/UL subframe configuration, then explicit signaling is utilized to select whether uplink radio resources in subframe n for channel selection are implicitly or explicitly allocated. If instead SI does not only partially overlap SI, then a default rule is utilized for allocating the uplink radio resources in subframe n for channel selection. In different examples the explicit signaling is higher layer signaling which configures a UE; or a predetermined state in a field of the PDCCH.
    • 下行链路资源授权在具有第一下行链路到上行链路DL / UL子帧配置的第一分量载波上,并且交叉调度到具有不同的第二DL / UL子帧配置的第二分量载波。 如果与第一DL / UL子帧配置的子帧n相关联的下行链路子帧的第一集合SI仅部分地与与第二DL / UL子帧配置的子帧n相关联的下行链路子帧的第二集合S2重叠,则显式信令是 用于选择用于信道选择的子帧n中的上行链路无线电资源是否被隐式或显式分配。 如果相反,SI不仅部分地重叠SI,则使用默认规则来分配用于信道选择的子帧n中的上行链路无线电资源。 在不同的示例中,显式信令是配置UE的较高层信令; 或PDCCH的字段中的预定状态。
    • 4. 发明申请
    • Control Mechanism for Communication Via Different Frequency Bands
    • 通过不同频带通信的控制机制
    • US20140376483A1
    • 2014-12-25
    • US14375857
    • 2012-02-08
    • Wei HongWei BaiJing HanErlin ZengHaiming WangNa WeiChunyan GaoPengfei Sun
    • Wei HongWei BaiJing HanErlin ZengHaiming WangNa WeiChunyan GaoPengfei Sun
    • H04W16/14
    • H04W16/14H04L1/08H04W28/085H04W72/048H04W74/08H04W88/06H04W88/10
    • There is provided a mechanism for controlling communications conducted via different frequency bands or communication spectrums. When a communication via a first communication path, for example an unlicensed or white space communication spectrum, is to be established, e.g. for offloading traffic from a second communication path, for example a licensed cellular communication spectrum, a preamble transmission command is generated and transmitted from a communication network control element, such as an eNB, via the second communication path to a communication element, such as a UE. By means of the preamble transmission command, the transmission of a preamble signal by the receiving communication element on the first communication path with predetermined communication resources is triggered. Based on a receipt or non-receipt of the preamble signal via the first communication path, the communication network control element is able to determine that the communication element can establish a connection on the first communication path, for example the unlicensed or white space communication spectrum.
    • 提供了用于控制经由不同频带或通信频谱进行通信的机制。 当通过第一通信路径进行通信时,例如未许可或白空间通信频谱,将被建立,例如, 为了从第二通信路径(例如许可的蜂窝通信频谱)卸载业务,生成前导发送命令,并且经由第二通信路径从诸如eNB的通信网络控制元件发送到通信元件,例如 UE。 借助于前导码传输命令,触发由具有预定通信资源的第一通信路径上的接收通信元件的前导码信号的发送。 基于经由第一通信路径的前导信号的接收或不接收,通信网络控制元件能够确定通信元件可以在第一通信路径上建立连接,例如,未许可或白空间通信频谱 。
    • 6. 发明申请
    • SHORTENED SUBFRAME FORMAT FOR FDD
    • 用于FDD的SHORTENED SUBFRAME格式
    • US20130286907A1
    • 2013-10-31
    • US13880526
    • 2010-10-20
    • Na WeiChunyan GaoHaiming WangWei BaiWei HongJing Han
    • Na WeiChunyan GaoHaiming WangWei BaiWei HongJing Han
    • H04W28/06
    • H04W28/06H04L5/001H04L5/0048H04W28/08
    • A method includes determining one of a multiplicity of subframes in a resource space in which a shortened subframe is to be communicated. Each of the subframes has a predetermined number of symbol positions. The resource space includes the multiplicity of subframes. The method includes communicating the shortened subframe in the determined subframe. The shortened subframe has a multiplicity of active symbols at first symbol positions in the determined subframe and has a multiplicity of blanked symbols at second symbol positions in the determined subframe. In an embodiment, each of the subframes is a first subframe carried on subcarrier. The resource space corresponds to a special subframe in a frame including the special subframe and a multiplicity of second subframes. The special subframe and the plurality of second subframes are located in different timeslots. Apparatus, computer programs, and program products are also disclosed.
    • 一种方法包括确定在其中要传送缩短的子帧的资源空间中的多个子帧之一。 每个子帧具有预定数量的符号位置。 资源空间包括多个子帧。 该方法包括在确定的子帧中传送缩短的子帧。 缩短的子帧在确定的子帧中的第一符号位置处具有多个有效符号,并且在确定的子帧中的第二符号位置处具有多个空白符号。 在一个实施例中,每个子帧是在子载波上承载的第一子帧。 资源空间对应于包括特殊子帧和多个第二子帧的帧中的特殊子帧。 特殊子帧和多个第二子帧位于不同的时隙中。 还公开了装置,计算机程序和程序产品。
    • 7. 发明授权
    • Methods and apparatus for managing wireless communication using unlicensed frequency bands
    • 用于使用未许可频带管理无线通信的方法和装置
    • US09237584B2
    • 2016-01-12
    • US14122743
    • 2011-05-30
    • Wei HongNa WeiHaiming WangJing HanChunyan GaoWei BaiGilles Charbit
    • Wei HongNa WeiHaiming WangJing HanChunyan GaoWei BaiGilles Charbit
    • H04W74/04H04W72/12H04W74/08
    • H04W72/1215H04W72/0413H04W74/04H04W74/0816
    • Systems and techniques for managing the use of industrial-scientific-medical bands for cellular network communication. An apparatus comprises a processing system and a memory storing a set of program instructions. The processing system is configured to cause the apparatus to receive channel information from a UE reporting the control of an industrial-scientific-medical (ISM) band channel by the UE and cause the apparatus to schedule a communication session with the UE over the channel, with the channel being configured and activated as an ISM secondary component carrier (SCC). The apparatus may further request one or more user equipments (UEs) to report their wireless fidelity (WiFi) capability and request user equipments having WiFi capability to compete for the wireless medium and report occupation of the wireless medium in the form of a request to send command, to which the apparatus responds with a clear to send command.
    • 用于管理用于蜂窝网络通信的工业 - 科学 - 医疗频带的使用的系统和技术。 一种装置包括处理系统和存储一组程序指令的存储器。 所述处理系统被配置为使得所述设备从所述UE接收到报告对工业科学医学(ISM)频带信道的控制的信道信息,并且使所述设备通过所述信道调度与所述UE的通信会话, 该信道被配置和激活为ISM辅助分量载波(SCC)。 该装置还可以请求一个或多个用户设备(UE)报告其无线保真度(WiFi)能力,并请求具有WiFi能力的用户设备竞争无线介质并且以发送请求的形式报告无线介质的占用 命令,设备用清晰的命令发送命令。
    • 9. 发明申请
    • DOWNLINK-UPLINK CONFIGURATION DETERMINATION
    • 下拉式链接配置决定
    • US20140233439A1
    • 2014-08-21
    • US14351705
    • 2011-10-24
    • Wei HongHaiming WangChunyan GaoJing Han
    • Wei HongHaiming WangChunyan GaoJing Han
    • H04L5/14
    • H04L5/1438H04W72/1221H04W72/1242
    • Uplink and downlink traffic for a plurality of user equipments UEs in a cell is differentially weighted according to traffic type, and that weighted traffic total is used to select one uplink-downlink configuration for a radio frame from among A>1 possible uplink-downlink configurations. The weighting may use a priority factor or traffic class identifier that corresponds to the traffic type. In one embodiment the configuration selection is autonomous, and may be made to maximize throughput in the cell or to minimize a number of subframes that overlap with neighbor cells. In another embodiment there is a cooperation; one access node selects multiple candidate configurations which its neighbor cells score for their own acceptability and return the score tables to the original access node, who makes the final selection using the neighbors' score tables. Specific examples are in the context of the E-UTRAN/LTE system.
    • 根据流量类型对小区中的多个用户设备UE的上行链路和下行流量进行差分加权,并且使用加权流量总数从A> 1个可能的上行链路 - 下行链路配置中选择一个无线帧的一个上行链路 - 下行链路配置 。 加权可以使用对应于流量类型的优先级因子或流量类别标识符。 在一个实施例中,配置选择是自主的,并且可以被设置为使小区中的吞吐量最大化或者使与相邻小区重叠的子帧的数量最小化。 在另一个实施例中有一个合作; 一个接入节点选择多个候选配置,其相邻小区为自己的可接受性而得分,并将得分表返回给原始接入节点,原始接入节点使用邻居的得分表进行最终选择。 具体示例在E-UTRAN / LTE系统的上下文中。