传感器网络簇间通信自适应均衡数学模型构建  

Construction of Adaptive Equilibrium Mathematical Model of Cluster Communication Between Sensor Network

作　　者：李婧彬 段晓辉 LI Jinbin;DUAN Xiaohui(Basic Teaching Department of Yellow River Communications University,JiaozuoHenan 454950 China)

机构地区：[1]黄河交通学院基础教学部,河南焦作454950

出　　处：《长江信息通信》2024年第5期48-50,共3页Changjiang Information & Communications

摘　　要：针对传感器网络簇间通信存在传输信号受外界干扰因素影响严重,码间串扰可能性大,导致信号波形幅度较低,最终影响通信质量的问题,开展传感器网络簇间通信自适应均衡数学模型构建研究。为得到传感器网络中每个节点的不同数据通信半径,划分传感器网络簇间通信节点。对传感器网络中每个簇首节点能耗计算,并设置半径标识码。对通信增益控制校正,并完成动态盲均衡自适应模型建立。通过实例证明,新的数学模型应用下传输信号码间串扰可能性显著降低,信号波形幅度增大,有效促进通信质量的提升。In view of the problem that the transmission signal between sensor network clusters is seriously affected by external interference factors and the possibility of code crosstalk is large,which leads to the low signal waveform amplitude and ultimately affects the communication quality,the construction of the adaptive cquilibrium mathematical model of communication be-tween sensor network clusters is carried out.To obtain different data communication radius of each node in the sensor network,the sensor network is divided.Calculthe energy consumption of each cluster head node in the sensor network and set the radius identification code.Correct the communication gain control,and complete the dynamic blind equilibrium adaptive model es-tablishment.By example,it is proved that under the application of the new mathematical mod-el,the possibility of crosstalk between transmission letter numbers is significantly reduced,and the signal waveform amplitude is increased,which effectively promotes the improvement of communication quality.

关 键 词：传感器 通信 数学模型 均衡 自适应 网络簇 

分 类 号：TP271.5[自动化与计算机技术—检测技术与自动化装置]