The present invention generally relates to a wireless communication network, and more particularly, relates to Cellular Wireless Networks with Dynamic Shared Spectrum (DSS) feature enabled, and NR capable UEs. Specifically, to increase power save in 5G NR UEs, DSS networks that operate Time Division Multiplexed scheduling of LTE:NR downlink TTIs adopt an energy allocation strategy in the (RBs of) LTE guard bands. Such DSS networks indicate use of this strategy to 5G NR UEs that are in their coverage area, at the time of their respective initial attach procedures. 5G NR UEs in coverage of such DSS networks will be aware of the network strategy to allocate energy in (RBs of) LTE guard bands (only in the first symbol of every TTI). The 5G NR UEs avoid blind PDCCH decoding attempts in LTE operated downlink TTIs, and can turn off their NR receivers early.
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机译：本发明一般涉及一种无线通信网络，更具体地，涉及具有能够动态共享频谱（DSS）特征的蜂窝无线网络，并且能够具有NR的UE。 具体地，为了在5G NR UE中增加功率保存，DSS网络操作时分复用的LTE的多路复用调度：NR下行链路TTI采用（RB的）LACE保护频带中的能量分配策略。 这种DSS网络表示在各自的初始附加过程时使用这种策略在其覆盖区域中的5G NR UE。 在此类DSS网络的覆盖范围内的5G NR UE将意识到网络策略，用于分配（RB）LTE保护频带中的能量（仅在每个TTI的第一个符号中）。 5G NR UE避免了LTE操作下行链路TTI中的盲PDCCH解码尝试，并且可以尽早关闭其NR接收器。
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