This paper proposes a new routing metric, which integrates load and remaining energy of a node, trying to balance the traffic load and protect the low-power nodes.
提出了一种新的路由选择度量，它综合考虑了节点负载及当前的剩余能量，试图通过路由机制均衡网络流量、保护网络中的低能量节点。
This provides an excellent method for using the processing power of your client nodes (and graphics cards) to render large 3-D environments quickly.
这提供了一种利用客户机节点的处理能力（和图形卡）来迅速渲染大型3-D环境的绝好方法。
After testing on a single node, boot all computers from the power off state so the flash takes place across all the required nodes.
测试了一个节点之后，从关机状态启动所有计算机，这样所有需要的节点就都能得到更新。
Different applications of P2P networks enable users to share the computation power (distributed systems), data (file-sharing), and bandwidth (using many nodes for transferring data).
不同软件所使用的P2P网络让用户可以分享电脑的处理能力（分布式系统），数据（文件分享）和带宽（使用多节点传送）。
In addition, many of the nodes are powered by small wind turbines and solar cells, which may be able to power them indefinitely.
另外，许多节点是由小型风力发电机和太阳能电池供电，它们能无限地供电给节点。
Design of a wireless sensors network is given. Hardware organization, power characteristics and communication model of sensor nodes are introduced in detail.
给出了一种无线传感器网络的设计，详细讨论了传感器节点的硬件组织、电源特征和通信模式。
The change of the power content and its operation in different historical periods leads to the trans- formation of various nodes, and hence the change of the whole village structure.
在不同的历史时期，权力内容及其运作方式的改变将引起各个节点的变化，进而导致整个村落结构的变迁。
As complex power method introduces large number new nodes, the invert of tracing matrixes will consume a long time.
由于复功率追踪引入了与线路数目相等的新节点，对潮流跟踪矩阵进行求逆时将耗费大量的时间。
Using traditional transmission power control mechanism in data link layer of wireless AD hoc network may result in the increased packet collisions among nodes which use different transmission power.
在无线自组织网数据链路层中，采用传统的功率控制机制会引起不同发射功率节点间的分组冲突。
These mobile nodes generally have only limited resources, such as limited power, limited bandwidth, limited storage space, limited computing resources and so on.
而这些移动节点一般仅拥有有限的资源，比如有限的电力、带宽、存储空间、计算资源等等。
The detectors in one example measure switch voltages and the estimation circuit estimates power delivered to the load according to a switch voltage and impedance between two nodes of the switch.
在一个实例中，所述检测器测量开关电压，以及所述估计电路根据开关电压和该开关的两个节点之间的阻抗来估计输送到负载的功率。
They both have the function to reduce the active power losses and improve nodes' voltage level.
这两者都有降低网络有功损耗和提高网络节点电压的功能。
Therefore, there is great practical significance on optimal power allocation between source and relay nodes.
因此，对信源和中继节点之间的功率优化分配有着极其重要的现实意义。
Sensor nodes consist of core module, power module, wireless communication module, data acquisition module, and RS-232 communication module.
传感器节点主要包括核心模块、电源模块、无线通信模块、数据采集模块和RS- 232通信模块。
Because the nodes in WSN are powered by batteries, which have limited power energy, the techniques of making good use of the energy is one of its focuses in designing and applications.
由于传感器网络中的节点通过能量有限的电池提供能源，使得如何对节点能量进行优化使用是传感器网络应用中的关键技术之一。
Through doing control with transmission power in WSN, the idea makes every effort to realize optimize the WSN's lifetime, and to enhance the communication quality between nodes.
该思想通过对传感器发射功率的控制，致力于实现对无线传感器网络的生命期的优化，以及对节点通信链路质量的提高。
The detectors may measure voltages at nodes of transistor switches of the power delivery circuit, particularly at the gates.
所述检测器可以测量所述功率输送电路的晶体管开关的节点处的电压，尤其是栅极处的电压。
The power delivery circuit may have a plurality of switches in series, and the detectors measure voltages at nodes of only a subset of the switches.
所述功率输送电路可以具有多个串联开关，并且所述检测器测量所述开关的仅仅一个子集中的节点处的电压。
The collector and the communicator are communication nodes of the system. They enable the control network to pass the information and commands through power line.
集中器和通信器是本系统的通信节点，它们使控制网络的信息和命令可以通过电力线传输。
The topology control optimizes wireless networks by adjusting nodes transmission power or other performance index.
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。
This method overcomes this problem by converting the zero injection nodes into branches with known power flow.
该方法通过将零注入节点转化为潮流已知线路巧妙地解决了这个问题。
The paper also presents the cooperation mechanism of power supply for all nodes based on the feature of power transmission line load.
针对线路负荷特点的能源策略，提出了节点在能源利用上的协作机制。
The paper introduces the ultralow-power hardware design of wireless sensor nodes for online oscillation signal detection and analysis.
本文介绍了实现在线振动检测和分析的无线传感器节点的超低功耗硬件设计。
A peer to peer fuzzy power control algorithm of wireless sensor nodes is proposed by means of adding fuzzy logic controller to close loop power control technology.
本文将模糊逻辑控制器加入到闭环功率控制技术中，并由此提出一种无线传感器网络中点对点的模糊功率控制算法。
Wireless sensor networks consist of a large number of low-power, short-lived, unreliable sensor nodes, one of main goals is to prolong network lifetime.
无线传感器网络是由大量低能量、短寿命、不可靠的传感器结点组成的，延长网络寿命是一个主要的目标。
Because the size of a sensor node is generally small, the battery power is very limited, while the nodes are usually deployed in broad areas, and it is difficult to replace the batteries.
因为传感器节点一般比较小，利用能源非常有限的电池供电，而节点又通常在广阔的环境下部署，难以更换。
Accordingly, such problems as single power source and multi-power resources network planning, path connection nodes and path wire section are resolved.
解决了单电源和多电源网络规划、线路交叉点及线路导线截面选择等问题。
In order to build the load model database of Northeast power network, it should select the representative load nodes to install the load measurement units.
为了建立东北电网负荷模型参数库，须选择有代表性的负荷节点布设负荷特性测量装置。
Due to the cost, form size, power and circumstances, it is unrealistics to equip all nodes with GPS localization system.
考虑到价格、尺寸、功耗和环境等因素，为所有网络节点配置GPS定位系统是不现实的。
Due to the cost, form size, power and circumstances, it is unrealistics to equip all nodes with GPS localization system.
考虑到价格、尺寸、功耗和环境等因素，为所有网络节点配置GPS定位系统是不现实的。
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