中文说明：本文实现了使用无线电频谱感知和定位任务频率传感器网络，并分析此执行通过性能模拟。一个基于传感器网络的合作宽带频谱感知和国产化方案提出的任务的执行。在所提出的方案中，基于小波的多分辨率频谱感测和接收信号强度的基础定位方法，它最初提出了认知无线电应用程序，适于射频传感器网络。为的合作在该方案的节点，一个新的三有点硬结合的技术开发。仿真模型在MATLAB编程语言创建实施提出的方案，并分析其仿真性能。的结果仿真结果表明，基于所提出的传感器网络协同宽带频谱传感和定位方案适合于射频传感器网络建议有点难组合方案优于传统硬盘在误报方面降低组合方案。
English Description：
This thesis implements spectrum sensing and localization tasks using a radiofrequency sensor network and analyzes the performance of this implementation throughsimulation. A sensor network based cooperative wideband spectrum sensing andlocalization scheme is proposed for the implementation of the tasks. In the proposedscheme, wavelet-based multi-resolution spectrum sensing and received signal strengthbasedlocalization methods, which were originally proposed for cognitive radioapplications, are adapted to radio frequency sensor networks. For cooperation of thenodes in the proposed scheme, a new three-bit hard combination technique is developed.A simulation model is created in MATLAB programming language to implement theproposed scheme and to analyze its simulation performance. The results of thesimulation show that the proposed sensor network based cooperative wideband spectrumsensing and loc