非对称耦合网络阵列信号传输过程同步控制建模研究

Research on synchronization control modeling of asymmetric coupled network array signal transmission process

常规同步控制建模过程中,同步控制全从方案与约束事件触发机制不匹配,导致同步控制建模的控制触发时刻和间隔不理想,针对这一问题研究全新的非对称耦合网络,阵列信号传输过程同步控制建模方法。根据AIN框架组图,确定非对称耦合网络的混合相变;按照一定顺序性和规律性设计同步控制全从方案,建立模型同步控制算法;结合非对称耦合网络饱和状态,设置具有饱和约束的事件触发机制,建立阵列信号传输同步控制模型。仿真实验建立非对称程度不同的耦合网络,发现在模型同步控制过程中,所设计模型得到的信号传输轨迹更贴切,模型的同步控制触发时刻和间隔,都具有更强的动态变化特性。由此可见,所设计模型对于阵列信号传输,有更好的同步控制效果。

In the process of conventional synchronous control modeling,the all slave scheme of synchronous control does not match with the trigger mechanism of constraint event,which leads to the unsatisfactory trigger time and interval of synchronous control modeling.In order to solve this problem,a new modeling method of asymmetric coupling network and synchronous control of array signal transmission process is studied.According to the AIN framework group diagram,the mixed phase transition of asymmetric coupling network is determined;according to a certain order and regularity,the synchronous control scheme is designed,and the model synchronization control algorithm is established;combined with the saturation state of asymmetric coupling network,the event trigger mechanism with saturation constraint is set,and the array signal transmission synchronization control model is established.The simulation results show that in the process of model synchronization control,the signal transmission trajectory of the designed model is more appropriate,and the trigger time and interval of the model synchronization control have stronger dynamic characteristics.It can be seen that the designed model has better synchronization control effect for array signal transmission.