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    • 98. 发明申请
    • BLANK SUBFRAME UPLINK DESIGN
    • 空白子帧上行链路设计
    • WO2010065562A2
    • 2010-06-10
    • PCT/US2009/066289
    • 2009-12-01
    • QUALCOMM INCORPORATEDJI, TingfangGAAL, Peter
    • JI, TingfangGAAL, Peter
    • H04W74/08H04W84/04
    • H04W72/082H04B7/2606H04W74/0866H04W84/047
    • Blank subframe link design uses reduced bandwidth either explicit or derived for Closed Subscriber Group (CSG) cell interference mitigation, enabling a non-allowed User Equipment (UE) to co-exist with CSG cells on the same carrier. One could specify UL blank subframes to orthogonalize non-allowed UE and allowed UE transmissions on UL either via explicit UL blank subframe definition or derived from DL blank subframe definition. Scheduling can orthogonalize data transmissions. A femto cell temporarily reducing uplink bandwidth can mitigate uplink control channel residual interference from a non-allowed UE. A relay configures RACH occasion to coincide with non-blank UL subframes as much as possible. UE knowledge of RACH occasion is sufficient to start RACH and hand over procedure. RACH occasions with 10ms periodicity are supported by assigning all odd/even uplink HARQ interlaces to relay. RACH occasions with 20ms periodicity are supported by assigning any of the 1/4 UL HARQ interlaces to relay.
    • 空白子帧链路设计对于封闭用户组(CSG)小区干扰减轻使用显式或导出的减少的带宽,使得不允许的用户设备(UE)能够与同一载波上的CSG小区共存。 可以指定UL空白子帧,以通过显式UL空白子帧定义或从DL空白子帧定义导出在UL上正确化非允许UE和允许的UE传输。 调度可以正交化数据传输。 暂时减少上行链路带宽的毫微微小区可以减轻来自不允许的UE的上行链路控制信道残留干扰。 继电器尽可能地配置RACH时机以与非空白UL子帧重合。 RACH场合的UE知识足以启动RACH和移交程序。 通过将所有奇/偶上行HARQ交织分配给中继来支持具有10ms周期性的RACH场合。 通过将任何1/4 UL HARQ交错分配给中继,支持具有20ms周期的RACH时间。