CAJ | 학술논문

三维水声传感器网络可分为水面、水中、水底三层进行监测。为了提升干扰条件下水声传感器网络的整体性能，针对水底监测区域的节点部署设计了分层水声传感器网络体系结构，假定在水下监测区域内分布的传感器和集电极分别运行在不同的层，通过实验分析了节点间距不同的情况下，信噪比与最优工作频率的关系，仿真验证了集电极层与传感器层可采用不同最优工作频率通信的合理性和可行性，能够确保网络正常运行并有效避免交叉干扰。
삼유수성전감기망락가분위수면、수중、수저삼층진행감측。위료제승간우조건하수성전감기망락적정체성능，침대수저감측구역적절점부서설계료분층수성전감기망락체계결구，가정재수하감측구역내분포적전감기화집전겁분별운행재불동적층，통과실험분석료절점간거불동적정황하，신조비여최우공작빈솔적관계，방진험증료집전겁층여전감기층가채용불동최우공작빈솔통신적합이성화가행성，능구학보망락정상운행병유효피면교차간우。
Underwater acoustic network in 3D environment can be divided into the surface of water, the middle of water, the bottom of water for monitoring. To analyze the performance of underwater acoustic sensor network in the presence of interference, a hierarchical architecture of underwater acoustic sensor network is designed for nodes deployment issues of the bottom of water monitoring area. Assuming that the underwater monitoring sensors and the collectors in the area are respectively operated in different layers, through the experiment, the relationship between the SNR(Signal to Noise Ratio) and the optimal operating frequency is analyzed, under different distance between nodes of cases. The experimental results show that it is rational and feasible when the collector layer and sensor layer adopt different optimal operating frequency for communication. It can ensure normal operation of the network and avoid cross interference effectively.