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    • 2. 发明授权
    • Control channel placement method
    • 控制通道放置方式
    • US06400704B2
    • 2002-06-04
    • US09745425
    • 2000-12-26
    • Yuko MikuniTakashi KawabataNorihiko Toyota
    • Yuko MikuniTakashi KawabataNorihiko Toyota
    • H04J316
    • H04W16/10H04W16/24
    • A first sector cell is set as an object for measurement (S101). Reception levels in each time slot in the number of TDMA-TDD frames is measured for the object cell (S102) and for all the cells (S103 and S105). The results of the measurement of a specific sector cell are added to the results of the measurement of a sector cell opposite the specific sector cell, and time slots in which control channels can be placed are extracted for each sector cell (S106 to S108). TDMA-TDD frames are then allocated such that the control channels of each sector cell coincide with time slots in which control channels can be placed (S109). In this way, control channels are placed in time slots such that a base station having a sector cell structure avoids interference from the same frequency.
    • 将第一扇区单元设置为测量对象(S101)。 对于目标小区(S102)和所有小区(S103和S105)测量TDMA-TDD帧数的每个时隙中的接收电平。 将特定扇区单元的测量结果加到与特定扇区小区相反的扇区单元的测量结果中,并为每个扇区单元提取可放置控制信道的时隙(S106至S108)。 然后分配TDMA-TDD帧,使得每个扇区小区的控制信道与可以放置控制信道的时隙一致(S109)。 以这种方式,控制信道被放置在时隙中,使得具有扇区小区结构的基站避免来自相同频率的干扰。