封面
声明
致谢
中文摘要
英文摘要
目录
图清单
表清单
1绪论
1.1 研究背景和意义(Research Background and Significance)
1.2 智能矿灯研究现状(Research Status of Smart Terminal)
1.3 负载均衡机制(Load Balancing Mechinism)
1.4 课题研究内容和章节安排(Research Contests and Structure)
2 智能矿灯网络架构
2.1 WiFi简介(Introduction of WiFi)
2.2 WiFi 网络组成以及拓扑结构(The Component and Topology of WiFi)
2.3 WiFi网络建立过程(The Setup Process of WiFi Network)
2.4 无线通信方案的选择(The Choose of Wireless Transmission Scheme)
2.5 矿山 WiFi 网络系统架构(The System Architecture of Wi-Fi Network in Coal Mine)
2.6 本章小结(Summary)
3智能矿灯硬件设计
3.1 智能矿灯设计架构(Architecture of Smart Miner's Lamps)
3.2 智能矿灯主板硬件设计(The Hardware Design of Main Board of Smart Miner's Lamps)
3.3 智能矿灯传感器板硬件设计(The Hardware Design of Sensor Board of Smart Miner's Lamps)
3.4 电源模块设计(The Design of Power Supply Module)
3.5 本章小结(Summary)
4智能矿灯软件设计
4.1 软件框架(Architecture of Software)
4.2 RS485通信接口设计(The Design of Communication Interface of RS485)
4.3 智能矿灯主板软件设计(The Software Design of Main Board of Smart Miner's Lamps)
4.4 智能矿灯传感器板软件设计(The Software Design of Sensor Board of Smart Miner's Lamps)
4.5 本章小结(Summary)
5.智能矿灯负载均衡切换机制研究
5.1 无线网络负载均衡机制(Wireless Network Load Balancing Mechinism of Wireless network)
5.2 智能矿灯负载均衡方案(Load Balancing Scheme of Smart Miner's Lamps)
5.3 巷道中AP典型场景(Typical Scenario of AP in Roadway)
5.4 智能矿灯负载判定指标(Load Determining Index of Smart Miner's Lamps)
5.5 智能矿灯负载均衡切换机制(Load Balancing Switch Mechanism of Smart Miner's Lamps)
5.6 负载均衡性能仿真(Performance Test of Load Balancing)
5.7 本章小结(Summary)
6总结与展望
6.1 总结(Conclusion)
6.2 展望(Outlook)
参考文献
作者简历
学位论文数据集