项目名称: 分布式频谱监测无线传感器网络构建与拓扑控制技术研究
项目编号: No.61461056
项目类型: 地区科学基金项目
立项/批准年度: 2015
项目学科: 无线电电子学、电信技术
项目作者: 高飞
作者单位: 云南民族大学
项目金额: 45万元
中文摘要: 针对云南边境地区无线电信号复杂多样、无线电监测站点建设成本高、数量少而带来的监测覆盖面有限、难以对特殊区域进行有效监测的问题,利用无线传感器网络易于布署、自组织、低成本、实时性强的特点,采用系统建模、数学解析、仿真分析、嵌入式节点开发、实验平台构建等研究手段,在已有成果的基础上,运用传感器-执行器网络、认知无线电网络的相关原理,设计基于层次型结构、分布式检测、异构互联的无线传感器频谱监测网络。研究内容包括层次型网络模型构建、分布式监测数据融合、拓扑控制与路由算法、基于DHCP的节点编址与接入机制、基于ARM的监测节点设计与制备、实验平台构建、性能测试与分析,研究结果满足网络连通度良好、拓扑快速重建能力强、定位与路由机制有效、信息传输及时、能量开销小的性能指标要求。
中文关键词: 无线传感器网络;频谱监测;拓扑控制;路由协议;嵌入式节点
英文摘要: The proposal is trying to design and construct a kind of wireless sensor network for spectrum monitoring over border area of Yunnan province. Our purpose is to solve the problems of the limited monitoring coverage and the lack of monitoring in some special areas due to diversity of radio environment and few expensive radio monitoring stations over the area. The WSN for spectrum monitoring designed by us will be based on the existing research foundations of our lab and the WSN features, such as easy to deploy, self-organization, low-cost and real-time. By using the typical study methods, including of system modeling, mathematical analysis, simulation, embedded node and experimental platform development, we will adopt the relevant principles of sensor actuator networks, cognitive radio network and cooperative communication to build a spectrum monitoring WSN with the characteristics of layered architecture, distributed detection and interconnection of heterogeneous network. The proposal will focus on the modeling of hierarchical network system, distributed data fusion, topology control and routing algorithm, DHCP-based addressing and access mechanism, ARM-based node and experimental platform design, performance testing and analysis. Meanwhile, our work will achieve the required performances of the network that are reliable connectivity, fast topology reconstruction, effective locating and routing mechanism, real-time information transmission and economical energy consumption.
英文关键词: WSN;Spectrum Monitoring;Topology control;Routing Protocol;Embeded node