The utilisation of communication network models is growing day by day in a drastic way around the world. In order to communicate the data round the devices, the utilisation or the establishment of communication networks is mandatory. In this paper, a forked communication network model with the base of a queuing model and the equations developed for a better understanding of the model. The results calculated with the help of MATLAB and MathCAD Software. The results observed in detail in the results section. To better understand the performance of the current forked model of communication network, the performance metrics of the current network model had compared with the performance metrics of the previous two three-node communication networks. The comparison done with the arrival process of packets to the network in one model follows the Duane process. In other model follows the Poisson process, whereas in the current model follows the Homogeneous Poisson process of arrivals. The comparison had given in detail in the comparison section.

通信网络模型的使用在世界范围内以急剧的方式日益增长。为了在设备周围传送数据，必须使用或建立通信网络。在本文中，分叉通信网络模型以排队模型和方程为基础，以便更好地理解该模型。结果在 MATLAB 和 MathCAD 软件的帮助下计算得出。结果部分详细观察结果。为了更好地理解当前通信网络分叉模型的性能，将当前网络模型的性能指标与前两个三节点通信网络的性能指标进行了比较。在一个模型中对数据包到达网络的过程进行的比较遵循 Duane 过程。在其他模型中遵循泊松过程，而在当前模型中遵循到达的齐次泊松过程。比较在比较部分已经详细给出。