信道分配问题属于组合优化中的NP完备问题，为此在遗传算法的基础上提出了一种新的固定信道分配方法。
The channel assignment problem belongs to the class of NP complete optimization problems, so we propose a new fixed channel assignment approach based on genetic algorithms.
该方、去通过固定排序后的子信道的功率和比特分配方案大大降低了复杂度。
A low-complexity bit and power allocation algorithm is proposed based on this structure.
根据链路权重为节点固定接口分配信道，减小可切换接口在信道改变过程中引起的网络干扰。
The channel of fixed interface on node is assigned according to link weight, in order to decrease network interference in the process of channel switching.
针对多协作用户的功率分配及其信道容量问题，讨论了在三个协作用户的通信模型中，当信道增益固定情况下的功率分配。
Power allocation for tri-terminal cooperative communication was discussed to predict the power allocation and channel capacity for cooperative multi-terminal when the channel gains are fixed.
针对多协作用户的功率分配及其信道容量问题，讨论了在三个协作用户的通信模型中，当信道增益固定情况下的功率分配。
Power allocation for tri-terminal cooperative communication was discussed to predict the power allocation and channel capacity for cooperative multi-terminal when the channel gains are fixed.
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