hierarchical [,haiə'rɑ:kikəl]

hierarchical的基本解释

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分层的, 层次的, 体系的

与hierarchical相关的网络例句 [注：此内容来源于网络，仅供参考]

Using maximum flooding surface and local explosure erosion surface as the correlation framework surface in the 4-th hierarchical base-level cycles, sand-body in the 3-th hierarchical base-level cycles formed in the 4-th hierarchical base-level cycles may be correlated layer by layer. The law of the sand-body and the characters of reservoir heterogeneity formed in the 4-th hierarchical base-level cycles are discussed. The study shows:①During early period of the 4-th hierarchical base-level cycle rising, subaqueous distributary channel formed, continuously stacked vertically, and migrated in limit range laterally, and channel sand-body stretches farther longitudinally, and lacks interbeds of mud rock and siltsand in sand rock, reservoir heterogeneity is relatively weak.②During mid-period of the 4-th hierarchical base-level cycle rising, subsaqueous distributary channel migrated actively, channel divided and converged strongly to form netted sand-body and sand sheet mainly, but interbeds of mud rock and siltsand increases gradually in sand-body, reservoir heterogeneity increased.③During later period of the 4-th hierarchical base-level rising and early period of the 4-th hierarchical base-level falling, reservoir sand-body was poor, and only form thin sand-body of subsaqueous distributary channel, subsaqeuous creveas and distal mouth bar, sand-bodys are surrounded by mud and silt rock.

进一步采用以第4层次基准面旋回中相当最大湖泛面的相转换面和具有区域性暴露侵蚀作用的层序边界面为等时地层对比框架的边界，对发育于MSC2—MSC4三个第4层次基准面旋回的第3层次基准面旋回内砂体进行了逐层等时对比，探讨第4层次等时地层对比格架内储集砂体发育分布规律，及储集砂体的非均质性特点，研究发现：①第4层次基准面上升初期发育的水下分流河道，砂体呈连续叠置、侧向迁移受限，纵向上呈长距离延伸的带状产出，砂体间泥、粉砂岩夹层少，储层非均质性相对较弱；②在第4层次基准面上升中期发育的水下分流河道侧向迁移活跃，纵向延伸过程中分流汇合作用强烈，以形成网状或席状连片砂体为主，但砂体间泥、粉砂岩夹层逐渐增多，储层非均质性增强；③第4层次基准面上升晚期和下降早期，不利于储集砂体发育，仅出现少量薄的水下分流河道、水下决口扇、远—河口砂坝砂体。

Especially since Lindley and Smith (1972) addressed the thought of hierarchical prior distribution and Han (1997) provided the methods to construct hierarchical prior distribution, more achievements have been made on hierarchical Bayesian methods to be used for solving zero-failure data problem.

所谓λ的多层先验分布的构造方法——减函数法，主要是选取λ的减函数作为λ的第一层先验密度函数的核，第二层先验分布——第一层先验分布中超参数的先验分布取均匀分布。

This paper analyzes on the necessity of hierarchical planning,discusses on the concrete scheme of hierarchical planning while library removes the stack room or replaces the stack room,and probes into the advantages of obligating the vacant sites by forecasting scientifically and the applicability of hierarchical planning.

分析了图书馆书库管理中分层规划的必要性，讨论了图书馆在书库搬迁或倒库时分层规划的具体方案，对科学预测预留空位的优越性、分层规划的适用范围进行了探讨。

与hierarchical相关的网络解释 [注：此内容来源于网络，仅供参考]

hierarchical：分层的

本文研究一种同时支持连接共享(link-sharing)和实时服务的分层的(hierarchical)资源管理模型,我们扩展了基于服务曲线的QoS模型使其包含公平性,这对集成实时服务和分层连接共享服务而言非常重要.最后给出了服务曲线连接共享模型.

hierarchical：层次

不同的网络体系结构有着不同的拓扑(Topology)结构:星形(Star)结构、总线(Bus)结构、环形(Ring)结构、层次(Hierarchical)结构系统安全 在互联网,上我们可利用搜索引擎(Search engine)查找需要的信息,搜索引擎根据我们给出的搜索关键字(Keywords),

hierarchical：阶层式

Linux的档案系统, 采用 阶层式(hierarchical) 的树状目录结构.每个目录都可以选择 挂在(mount) 不同的分割区上, (您应该记得当初我们安装 RedHat 时, 所做的一些分割吧?

hierarchical：层次化

并能在不牺牲读效率的情况下实现高的写吞吐量.对于为了性能、可用性与数据持久性对数据进行分布,文件系统与数据库社区已经进行了广泛的研究.与仅支持扁平命名空间(namespace)的点对点(P2P)存储系统相比,分布式文件系统通常支持层次化(hierarchical)的命名空间.与Fi

hierarchical design：阶层式设计

为了处理高复杂度的设计, IP (intellectual property) 模组和阶层式设计 (hierarchical design) 被广泛地应用於 IC 设计中以提高设计生产力,然而文献上处理整合模组的平面规划问题成效有限,且业界亦缺乏有效的平面规划工具,