通过合理的拓扑控制可以增强网络的生存和容错性能。
The net lifetime and fault tolerance can be improved using appropriate topology control algorithm.
CLPC算法引入了另一种拓扑控制机制，功率控制。
CLPC algorithm introduces an alternative mechanism for topology control, namely power control.
现有的拓扑控制算法一般使用的都是纯粹的集中式或分布式方法。
Existing topology control algorithms utilize either a purely centralized or a purely distributed approach.
无线传感器网络自身系统的研究包括网络路由、数据融合、拓扑控制等等。
In-network studies of wireless sensor networks include network routing, data fusion, topology control, etc.
除此之外，拓扑控制还可以通过信道分配、调整定向天线方向等技术实现。
In addition, topology control can also be realized by the technology of channel allocation and adjust the direction of directional antennal, and so on.
无线网络拓扑控制通过调节网络节点的传输功率等措施，从而提升网络性能。
The topology control optimizes wireless networks by adjusting nodes transmission power or other performance index.
网络的拓扑控制和MAC协议对传感器节点的能量消耗和延时会产生重大影响。
The network topology control and the MAC protocol will exert great influence on the energy consumption of the sensors node.
作为网络拓扑控制研究的重点：网络覆盖度和连通度对网络耗能的影响十分重大。
As the focus of network topology control, coverage and connectivity have a great effect on the energy consumption of the network.
网络拓扑控制可以对网络资源进行更好的控制，但很少有拓扑算法能有效降低网络冲突。
Network topology control can control the network resources better, but few topology algorithms can decrease interference effectively.
对于能量和带宽有限的无线传感器网络来说，设计合适且高效节能的拓扑控制算法尤为重要。
It is important for such a topology discovery algorithm to adhere to the resource constraints of bandwidth and energy imposed on sensor networks.
该协议采用自组织的层次拓扑控制方式，以簇头构成系统的骨干网，通过可靠路由方式传输数据。
Research on Topology Management and QoS in Wireless Ad Hoc Networks Based on Location Information and Topological Construction Analysis;
同时，无线传感器网络是一种大规模分布式的自组织网络，网络拓扑控制对数据压缩算法影响很大。
Meanwhile, network topology control has a significant impact on the data compression algorithm in the wireless sensor network, which is large-scale, distributed and self-organizing.
功率控制技术是容错拓扑控制中的重要手段，可以简化网络结构，获得可靠连通和高效的底层拓扑。
Transmit power control technology contributes as a fundamental part in fault tolerant topology control, through which reliably-connected and highly efficient topology can be constructed.
拓扑结构对网络整体性能的影响举足轻重，而拓扑控制算法对拓扑结构的形成又起着决定性的作用。
The topology plays a significant role in the overall performance of the network, whereas the topology control algorithm is a decisive factor to the formation of topology.
作为网络拓扑控制的有效方式之一，分簇算法可显著降低无线传感器网络的能量消耗，提高网络吞吐率。
As one of the efficient ways of network topology control, clustering algorithms can reduce the energy consumption of the network and obviously improve the throughput ratio.
仿真研究表明，提出的算法在平均节点度和传输功率的效率方面均优于基于直接传输区域的拓扑控制算法。
Simulation results show that the proposed algorithm has advantages over the topology control algorithm based on the direct-transmission region in terms of average node degree and power efficiency.
由于在不同的应用环境下，同一拓扑控制算法在性能上会有很大差异，因此设计通用于各种环境的拓扑控制算法不是明智的选择。
The same algorithm may represent obvious difference under different environment. So designing algorithms that is the same with various kinds of environment is not advisable.
实际的组织结构和控制模型远比这些复杂，采用任何拓扑模式都需要进行一些调整。
Real organizational structures and governance models are more complex than these, and any topology pattern you adopt needs some adjustment.
更改控制以及围绕更改控制的流程可以帮助企业成功管理大型拓扑环境。
Change control and the processes that surround change control help an enterprise successfully manage a large topology environment.
这种拓扑通过更改注册中心控制模型来扩展直连esb模型。
This topology extends the Directly Connected ESB model by changing the registry governance model.
提供基于数据节点拓扑结构和访问延迟的智能控制，以提供最佳的数据访问性能。
Intelligent NoSQL Database driver is topology and latency aware, providing optimal data access.
在物理网络层控制路由需要将策略嵌入到拓扑中。
Controlling routing at the physical network layer embeds policy into topology.
在作业管理拓扑中，控制驻留在注册节点上。
In a job management topology, control resides with registered nodes.
由于我们要在管理控制台创建总线拓扑，因此该拓扑将使用一个总线范围内的缺省应答目的地。
Since we'll create our bus topology with the administration console, that topology will use the single bus-wide default reply destination.
无线媒体很具挑战性-许多不定因素还不受控制；覆盖范围是很大的障碍；使用不同拓扑结构和不同平台的旧系统会使事情变得更困难。
Wireless media is challenging — many variables are not yet under control; coverage is a big hindrance; legacy systems with different topologies and different platforms make things even tougher.
可以使用管理控制台提供的模式和向导安装和配置这些拓扑。
The installation and configuration of these topologies are supported by patterns and wizards available in the administration console.
在这个拓扑中，显然一个数据中心的应用程序位置控制器无法利用其他数据中心中的空闲容量。
In this topology, it's obvious that the application placement controller in one data center will not be able to tap into idle capacity in the other data center.
管理控制台中提供了一些指导操作，可以简化对由集群和多个单元组成的网络拓扑的配置。
Guided activities provided in the administrative console allow for simplified configuration of network topologies consisting of clusters and multiple cells.
管理控制台中提供了一些指导操作，可以简化对由集群和多个单元组成的网络拓扑的配置。
Guided activities provided in the administrative console allow for simplified configuration of network topologies consisting of clusters and multiple cells.
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