ID 原文 译文
44336 首先，介绍了网络拓扑的结构，将其抽象为有向图进行建模分析。 First, the network topology was introduced and abstracted it into a digraph for a better analyzation.
44337 其次，量化指标，设计了相应算法对失效概率的上下界进行界定并采用启发式算法对模型求解。 Then, several quantitative indices were used to define the upper and lower bounds of failure probability and resolved the model through a heuristic algorithm.
44338 实验结果表明，所提选路算法对服务链的可靠性提升幅度较高其耗时更少。 The experimental results show that the proposed algorithm increases the reliability of service chain selection and spends less time.
44339 针对节点覆盖冗余造成能量效率低的问题，基于非合作博弈理论， For the redundancy coverage of nodes leads to the phenomenon of low energy efficiency, non-cooperative game theory was used to solve it.
44340 考虑节点覆盖率和剩余能量这 2 个关键因素构建收益函数， A revenue function was proposed, which considering the coverage of nodes and the residual energy.
44341 将节点生命周期和网络路径增益等性能参数融入收益函数中， The lifetime of the node and network path gain were applied to revenue function.
44342 使每个节点选择合适的工作策略来构建网络拓扑， The network topology was built by nodes with the appropriate work strategy.
44343 提出一种基于非合作博弈理论的无线传感器网络覆盖控制算法。 Control algorithm coverage in wireless sensor network was proposed based on Non-cooperative game theory.
44344 理论证明节点覆盖率和剩余能量之间存在纳什均衡，且收益函数收敛于帕累托最优。 A Nash equilibrium between the coverage rate and the residual energy was proved, and the return function converged to the Pareto optimal.
44345 仿真结果表明，该算法能够提供合理的网络节点覆盖率并保证能量效率。 Experiments show that the algorithm can provide reasonable coverage of network nodes and ensure energy efficiency.