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    • 1. 发明申请
    • CONTROL CHANNEL CONFIGURATION FOR STAND-ALONE NEW CARRIER TYPE
    • 用于独立新载体类型的控制通道配置
    • US20150280881A1
    • 2015-10-01
    • US14434326
    • 2012-10-10
    • Chunyan GAOErlin ZENGShuang TANNa WEIWei HONGPengfei SUNWei BAILili ZHANG
    • Chunyan GaoErlin ZengShuang TanNa WeiWei HongPengfei SunWei BaiLili Zhang
    • H04L5/00H04W72/04
    • H04L5/0053H04W48/12H04W72/042
    • A user equipment UE determines at least one first set SI of physical resource blocks PRBs, and detects downlink signaling within search spaces of set(s) SI. Through that downlink signaling the UE obtains a configuration for a downlink control channel, and that configuration indicates at least one second set S2 of PRBs and at least one search space specific for the UE which lies within S2. The UE utilizes the obtained configuration to monitor at least some of the search spaces of SI and the at least one search space specific for the UE of S2 for further downlink control signaling. Multiple implementations are detailed for how the UE gets SI. This invention is particularly useful for a configurable ePDCCH region in a stand-alone carrier where the UE is not able to get the new configuration from some other carrier such as a PCell whose configuration does not change.
    • 用户设备UE确定物理资源块PRB的至少一个第一集合SI,并且检测集合SI的搜索空间内的下行链路信令。 通过该下行链路信令,UE获得用于下行链路控制信道的配置,并且该配置指示PRB的至少一个第二组S2和位于S2内的UE特有的至少一个搜索空间。 UE利用所获得的配置来监视SI的搜索空间和针对S2的UE特定的至少一个搜索空间的另外的下行链路控制信令的至少一些。 详细说明了UE如何获取SI的多个实现。 本发明对于独立载波中的可配置ePDCCH区域是特别有用的,其中UE不能从诸如其配置不改变的PCell的其他载体获得新配置。
    • 10. 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 。