In order to achieve architectural optimization with acceptable hardware overhead for embedded microprocessor, a novel multi-frequency clock scheme was proposed.
为了在微处理器结构优化的同时保持合理的硬件开销，提出了一种混合频率策略。
It also can be used in solving multi-constraint optimization problem, such as constraints on stresses, strains, maximum displacements, natural frequency and buckling instability of structure, etc.
可解决多约束问题，约束条件考虑了应力、应变、最大位移、固有频率及结构屈曲失稳等多种因素。
By considering both material relevancy and requirement frequency, an optimization model for the storage location assignment in the multi-aisle warehouse was established.
根据物料相关性及需求频率，建立了多巷道仓库中货位分配的优化数学模型。
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