1) available energy
可用能，现有能量;有效能
2) energy efficient
能量有效
1.
An energy efficient and load balanced Ad hoc routing protocol;
一种能量有效及负载均衡的Ad hoc路由协议
2.
Novel energy efficient routing algorithm for wireless sensor networks;
一种新的传感器网络能量有效路由算法
3) energy-efficient
能量有效
1.
An Energy-efficient Routing Protocol Applied in Underwater Sensor Networks;
一种适合水下无线传感器网络的能量有效路由协议
2.
A Distributed Energy-efficient Clustering Algorithm Based on Space-time Diversity for Wireless Sensor Networks;
无线传感器网络中基于时空分集的分布式能量有效成簇算法
3.
An energy-efficient AODV routing protocol based on link stability;
一种基于链路稳定的能量有效AODV路由协议
4) energy efficiency
能量有效
1.
Topology control,as a core problem of WSN,has a fundamental impact on some important network parameters,such as prolonging the system lifetime of WSN, reducing signal interference,enhancing the energy efficiency of MAC and routing protocols,promoting data aggregation and enhancing the scalability,stability,and safety of WSN.
这些特点决定了必须设计能量有效的协议来减少传感器节点的能耗以延长无线传感网络的寿命。
2.
The simulation result verifies that space division hybrid scheme provides the best energy efficiency as well as even energy dissipation.
为了提高簇内通信的能耗均衡性,提出了一种能量有效的分簇无线传感器网络簇内空分通信方案——近簇头节点采用单跳传输,远簇头节点多跳传输,给出了空分通信方案的工程实现。
3.
Simulation results show that the algorithm achieves significantly better performance than conventional range-free algorithms,such as centroid algorithm and APIT algorithm,in terms of localizable ratio,localization precision and energy efficiency.
仿真结果表明,提出的定位方法在定位精度及能量有效性等方面均较传统免测距定位方法(如centroid算法和APIT算法)有明显的优势。
5) Energy-aware
能量有效
1.
Energy-aware Particle Filter for Wireless Sensor Network;
能量有效的分布式粒子滤波
6) possible effective solution
可能有效解
1.
By introducing the possibility degree formula for the comparison between two interval numbers, the concepts of the possible effective solution and the possible weak effective solution are presented.
基于区间数两两比较的可能度,提出了区间数线性规划的可能有效解和可能弱有效解的定义。
补充资料：可用能
可用能
available energy
能级与可用能计算可用能与能之比，称为能级，可作为能的品位的量度。能量中可用能占的比例越大，能级越高，能的转化性越强，能的品位也就越高。通常取大气的温度t。一298.15K和压强P。一。.IO133MPa作为物理条件，取气态基准物以大气空气含量为基准物组成、液态和固态基准物以稳定纯物质为化学条件做为环境基准，并规定环境的可用能为零。 以功W的方式传递的能量全部都是可用能E，即E一评。传递的热量Q中所含的可用能E，可通过在给定环境下工作的可逆热机所能作出的最大有用功来计算。设环境温度为T。，系统温度为T，E一(1一T。/T)Q。其中热量Q是对环境而言，当T>T。时，环境吸热，Q>。;当T
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参考词条