声明
致谢
变量注释表
1 绪论
1.1 研究背景及意义(Research Background and Significance)
1.2 国内外研究现状(Present Research Status)
1.3 课题的引出(Topic Proposed)
1.4 本文研究内容(Main Research Contents)
1.5 全文组织(Dissertation Organization)
2 滚筒表面应力监测无线传感器网络
2.1 矿井提升运行故障分析(Analysis of Running Status Faults of Mine Hoisting Equipment)
2.2 矿井提升运行状态监测原理( Monitoring Principles of Running Status of Mine Hoisting Equipment)
2.3 滚筒表面应力监测无线传感器网络总体设计(Overall Design of Wireless Sensor Networks for Surface Stress Monitoring of Drums)
2.4 本章小结(Conclusions of This Chapter)
3 应力监测无线传感器网络节点能量模型
3.1 监测节点能量模型结构( Structure of Energy Model of Monitoring Nodes)
3.2 监测节点能量消耗模型( Energy Consumption Model of Monitoring Nodes)
3.3 监测节点能量收集模型( Energy Harvesting Model of Monitoring Nodes)
3.4 监测节点能量存储模型(Energy Storage Model of Monitoring Nodes)
3.5 本章小结(Conclusions of This Chapter)
4 无能量收集网络数据传输与功率分配联合优化
4.1 低速滚筒表面应力监测无线传感器网络模型及问题描述(Wireless Monitoring Network Model of Low-speed Drums and Problem Definition)
4.2 基于采样速率分级的功率分配算法( Power Allocation Algorithm Based on Sampling Rates)
4.3 算法性能分析(Algorithm Performance Analysis)
4.4 数值仿真(Numerical Simulations)
4.5 本章小结(Conclusions of This Chapter)
5 风致振动能量收集网络能量感知与服务质量感知协议
5.1 高速滚筒表面应力监测无线传感器网络模型及问题分析(Wireless Monitoring Network Model of High-speed Drums and Problem Definition)
5.2 占空比自适应管理(Adaptive Duty Cycling Management)
5.3 基于服务质量感知的网络调度算法设计( Design of the Qualtiy-of-Service-aware Network Scheduling Algorithm)
5.4 算法性能分析(Algorithm Performance Analysis)
5.5 算法评估分析(Algorithm Evaluation)
5.6 本章小结(Conclusions of This Chapter)
6 基于Cooja平台的能量管理策略性能分析
6.1 Cooja仿真器简介(Cooja Simulator Introduction)
6.2 节点软件设计(Software Design of Nodes)
6.3 无能量收集模式的能量管理策略模拟( Simulations of the Energy Management Strategy in the Non-energy Harvesting Mode)
6.4 能量收集模式的能量管理策略模拟(Simulations of the Energy Management Strategy in the Energy Harvesting Mode)
6.5 本章小结(Conclusions of This Chapter)
7 结论和展望
7.1 本文工作总结(Conclusions of This Dissertation)
7.2 论文创新之处(Dissertation Contributions)
7.3 存在不足和研究展望(Shortcomings and Prospects)
参考文献
作者简历
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