- 更多网络例句与互不相交子集相关的网络例句 [注：此内容来源于网络，仅供参考]
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More precisely, under the assumptions of Dissipation, Competition and Strong Competition, we prove that there is a canonically defined countable family of unordered, disjoint invariant sets which attract all persistent trajectories whose ω-limit sets are not cycles.
的Poincaré映射，证明了在耗散性、竞争性和内部强竞争性的条件下，存在一簇至多可数个互不相交的（n-1）维不变子集吸引所有不渐近于周期轨的持续轨道。
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The performance function was decomposed into disjoint sets of variables to address the combinatorial explosion challenge caused by configuration variations.
该方法通过將性能函数分解为互不相交的变量子集，解决了因配置多样性產生的组合问题。
- 更多网络解释与互不相交子集相关的网络解释 [注：此内容来源于网络，仅供参考]
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mutually independent events：互相独立事件
mutually disjoint subsets 互不相交子集 | mutually independent events 互相独立事件 | myria 万
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mutually disjoint events：互不相交事件
mutually disjoint 互不相交的 | mutually disjoint events 互不相交事件 | mutually disjoint subsets 互不相交子集
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mutually disjoint subsets：互不相交子集
mutually disjoint events 互不相交事件 | mutually disjoint subsets 互不相交子集 | mutually independent events 互相独立事件
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mutually disjoint：互不相交
互不相交子集 mutually disjoint subsets | 互不相交 mutually disjoint? | 互斥事件 mutually exclusive events?
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partitioned：划分
(3)事件集可以划分(partitioned)为:"常态子集"和"异态子集". 以上概念是针对物体或事件的基本单元的. 现在讨论物体或事件的集合. 任何事件集都可主观地划分为两个互不相交(Disjoint)的"常态子集"和"异态子集.