众多的发电机-转化器组合基于拓扑结构、成本、效率、能耗和操控复杂度进行比较。
The many different generator–converter combinations are compared on the basis of topology, cost, efficiency, power consumption and control complexity.
特别地，我们将这种方法用于攻击“蓝牙组合生成器”，使攻击复杂度得到显著降低。
Specially, we apply this method to bluetooth combines, and reduce the complexity of attack effectively.
提出了带记忆组合器的非线性复杂度和相关免疫阶的概念。
The concepts of nonlinear complexity and correlation immune order of combiner with memory are proposed in this paper.
此算法实际上是求约束条件下的函数最小值问题，属于组合优化问题，其计算复杂度随着目标数的增加而发生爆炸现象。
This algorithm is actually a minimum problem under the restrict conditions, it belongs to the combined optimization problem and its computing burden increases heavily with the number of targets.
此算法实际上是求约束条件下的函数最小值问题，属于组合优化问题，其计算复杂度随着目标数的增加而发生爆炸现象。
This algorithm is actually a minimum problem under the restrict conditions, it belongs to the combined optimization problem and its computing burden increases heavily with the number of targets.
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