multipartite

1. Componentwise complementary cycles in locally almost regular multipartite tournaments
   局部几乎正则多部竞赛图中的分量共轭圈
2. The Third Harmonic Generation in Asymmetrical Quantum Well Linear and Nonlinear Multipartite Entangled State Representation
   非对称量子阱中非线性三次谐波特性研究线性及非线性多模量子连续纠缠态表象
3. Separability and Entanglement Measure of Multipartite Quantum States;
   量子纠缠态是量子力学的精髓。
4. The Analysis of Iteration for the Nonlinear Operators under the Condition of H(?) lder Continuous or Nondifferential; Linear and Nonlinear Multipartite Entangled State Representation
   H（？）lder连续条件以及不可导情形非线性算子的迭代法分析
5. During the civil war, multipartite armies fought for control.
   内战期间，多方的军队为了控制而战。
6. A Note on the Bandwidth Sum of Complete Multipartite Graphs
   关于完全多部图的带宽和的一个注记
7. The second one is that the NGI high-performance routers 'routing lookups should be multipartite and TCAM-based.
   二是适应NGI高性能路由器线速率转发的路由查找算法应基于分部搜索和TCAM技术。
8. This paper introduces the concept of multipartite access structure. In this structure, the set of participants is partitioned into w subsets and all participants in the same subset play an equivalent role.
   介绍了多方访问结构的概念，在访问结构中，参与者集合被分为w个子集，同一子集中的参与者在系统中起到相同的作用。
9. The M ( 3) and M ( 4) property of some complete multipartite graphs are researched in this paper.
   本文主要研究完全多部图的M（3）及M（4）性质。
10. A recurrence equation of the bandwidth sum of complete multipartite graphs is obtained.
    本文得到完全多部图的带宽和的一个递推方程；
11. In this paper, we prove that graph K2,3,4 is not uniquely 3-list colorable, and as a result we completely characterize the uniquely 3-list colorable complete multipartite graphs.
    在本文，我们证明了图K（2,3,4）不是唯一3-列表可染的，从而完全刻画了唯一3-列表可染完全多部图。
12. Yeo [ 18] showed that regular multipartite tournament is Hamiltonian.
    Yeo[18]证明了正则的多部竞赛图是Hamiltonian。
13. They almost completely characterized the uniquely 3-list colorable complete multipartite graphs.
    他们几乎完全刻画了唯一3-列表可染完全多部图。
14. This paper presents ideal secret sharing schemes that can realize multipartite access structures by using threshold scheme repeatedly and proves that multipartite access structures are ideal access structures.
    该文通过使用若干次门限方案构造出了可以实现所有多方访问结构的理想的秘密共享方案，并据此证明了多方访问结构是理想的访问结构。
15. This multipartite graph can model and represent both the group-level behavior and the individual-level interaction inside a set of time series.
    该多部图称为系统演化图，它同时实现了对时间序列之间的群体级动态交互行为和个体级动态交互行为的捕捉和建模。
16. Morphing Cluster Dynamics Analysis Based on Time Series and Multipartite Graph
    基于时间序列与多部图的演化聚类动态分析
17. As a conclusion, it is obtained that Graham's conjecture holds if G and H are complete multipartite graphs.
    作为一个推论，当G和H均为完全r部图时，Graham猜想成立。
18. In this paper, a concise and alternative average entropy is introduced, which can be used to analyze entanglement of multipartite pure states.
    提出了一种简捷直观的多体纠缠纯态纠缠度计算公式并与平均熵的计算结果进行了全面比较。
19. Research on Multipartite Graph Oriented Time Series Analysis Methods
    面向多部图的时间序列分析方法研究
20. People have proposed various kinds of local invariants for multipartite entanglement.
    对于多体量子纠缠，人们从各种不同的角度提出了具有不同物理意义的局域不变量。
21. In this thesis, we introduce some schemes of generating, manipulating and keeping the coherent characteristics of multipartite entanglement state in cavity QED system.
    在本文中，我们介绍一些在腔QED中制备、操作多体纠缠相干态并对多体纠缠相干性进行保持的方案。
22. Recent years, the multipartite entanglements have been used in quantum communication network.
    近几年，人们已经利用多组份量子态之间的纠缠，设计了不同类型的量子通讯网络。
23. The generation of multipartite entanglement becomes an essential research of quantum information science and attracts many interests.
    多体纠缠的产生成为量子信息科学的一种基本研究，并引起了广泛的兴趣。
24. Multipartite entanglement is the basic quantum resource to develop quantum computation and quantum information networks.
    多组份纠缠态是实现量子计算和量子网络的基本资源。
25. In this thesis, we focus our research in preparation of multipartite entangled pure states, entanglement configurations and entanglement properties in terms of local measurements and disposal of particles. Meanwhile, we also point out their possible applications.
    本文着重研究了多体纠缠纯态的制备方案、各种可能的纠缠方式以及在局域测量和求迹下的纠缠特性，并研究了多体纠缠纯态在量子信息领域的可能应用。
26. Multipartite entangled state has more abundant structures and more complex properties, which would have more extensive applications in quantum information processing.
    多体量子纠缠由于具有更加丰富的结构和更为复杂的性质，在量子信息处理过程中将有更为广泛的应用。
27. Entanglement is a type of nonclassical correlation between the subsystems of bipartite or multipartite systems.
    纠缠是存在于两体或多体系统的子系统之间的一种非经典的关联。
28. I prove additivity of such measures for two versions of the multipartite mutual information.
    我们证明了分别基于两种互信息定义的多体纠缠度量的可加性。
29. Based on multipartite versions of the quantum mutual information I construct new multipartite entanglement measures.
    这里构造的新的多体纠缠度量是基于多体的量子互信息。

adj

1. involving more than two parties