hierarchical routing

hierarchical routing的基本解释

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[计] 分级路由选择

与hierarchical routing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。

Finally, the programme of design for routing protocols is chose in the thesis. Secondly, improved algorithms are introduced in detail. In order to achieve to reduce duplication of data sent in, save energy, prolong the network lifetime and balance the network load, improved algorithms are based on the minimum hops algorithm which is one of the energy-aware routing, When the characters of the minimum hops algorithm are analysed in detail,multi-path routing, adaptive dynamic routing, routing reliability are designed.Then a new algorithm based on minimum hops in plane routing protocol and a new algorithm based on minimum hops in clustering routing protocol are designed in the thesis.

接著详细介绍了本文的改进路由算法，为实现减少数据的重复发送量、节约能量、延长网络寿命、平衡网络负载的目标，本文以能量感知路由之一的最小跳数算法为基础，详细分析了最小跳数算法的特点，设计了多路径修正路由，自适应动态路由，路由可靠性机制三方面的改进方案，并且结合改进方案设计了基于最小跳数的改进平面路由协议和基于最小跳数的改进分簇路由协议，将两种类型算法的优点相结合，提高网络的健壮性与可扩展性。

The method comprises the following steps: acquiring the parallel link information between a first routing device and a second routing device; selecting at least one link from the parallel links between the first routing device and the second routing device as a main link according to the parallel link information; and transmitting the message between the first routing device and the second routing device through the main link.

本发明方法包括：获取第一路由设备与第二路由设备之间的并行链路信息；根据所述并行链路信息在第一路由设备与第二路由设备之间的并行链路中选择出至少一条链路作为主链路；通过所述主链路传输所述第一路由设备与第二路由设备之间的报文。

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

Hierarchical Routing：分层路由

借鉴IETF在1996年针对Internet提出的议案[6],ITU-T于2001年提出ASON光网络的分层路由(Hierarchical Routing)的概念[1],根据地理区域、管理范围和技术要求将一个大型网络划分为多个等级,每个等级内又可以划分为多个路由域.

Hierarchical Routing：分级路由选择

分级控制 Hierarchical Control | 分级路由选择 Hierarchical Routing | 分级网,分层网,层次网 Hierarchical Network

Hierarchical Routing：阶层式路由法

阶层式名称结构 hierarchical name structrue | 阶层式路由法 hierarchical routing | 阶级,阶层 hierarchy

Hierarchical Routing：阶层式选路

阶层式报表 hierarchical report | 阶层式选路 hierarchical routing | 阶层式顺序键 hierarchical sequence key

alternate hierarchical routing：迂回分级路由

"Alarm system","告警系统" | "Alternate hierarchical routing","迂回分级路由" | "Alternate route","迂回路由"