声明
致谢
1 绪论
1.1 课题研究背景及意义(Background and Significance of Subject Research)
1.2 瓦斯气体检测的原理与研究现状( Principle and Research Status of Methane Gas Detection)
1.3 论文主要研究内容(Contents of the Thesis)
1.4 论文架构(Framework of Thesis)
2 新型MEMS瓦斯传感器检测原理与特性研究
2.1 热导式瓦斯传感器检测原理(Detection Principle of Thermal Conductivity Methane Sensor)
2.2 热导式气体传感器的热平衡方程(Thermal Balance Equation of Thermal Conductivity Gas Sensor)
2.3 新型 MEMS 瓦斯传感器主要特性研究与分析( Main Characteristic Research and Analysis of New MEMS Methane Sensor)
2.4 本章小结(Summary)
3 新型MEMS瓦斯传感器温度补偿
3.1 温度补偿方法的分析(Analysis of Temperature Compensation Methods)
3.2 神经网络概述(Neural Network Overview)
3.3 基于改进模拟退火算法优化的BP神经网络温度补偿模型(Temperature Compensation Model of BP Neural Network Based on Improved Simulated Annealing Optimization)
3.4 混合最小二乘法的RBF神经网络温度补偿模型(Temperature Compensation Model Based on Least Square Method and RBF Neural Network)
3.5 二种温度补偿模型比较( Comparison of Two Temperature Compensation Models)
3.6 本章小结(Summary)
4 低功耗新型MEMS瓦斯传感器设计
4.1 新型MEMS瓦斯传感器需求分析(Demand Analysis of New MEMS Gas Sensor)
4.2 无线通信技术选择( Selection of Wireless Communication Technology)
4.3 低功耗硬件设计(Hardware Design with Low Power)
4.4 低功耗软件设计(Software Design with Low Power)
4.5 新型MEMS瓦斯传感器能耗理论分析(Theoretical Analysis on Energy Consumption of New MEMS Gas Sensor)
4.6 本章小结(Summary)
5 性能测试与总结
5.1 数据采集与温度补偿性能测试( Data Acquisition and Temperature Compensation Performance Test)
5.2 无线传输性能测试(Wireless Transmission Performance Test)
5.3 总结与展望(Conclusions and Outlook)
参考文献
作者简历
学位论文数据集