Modeling real-time wormhole networks by queuing theory

This paper discuses a new approach that models the single node of general real-time wormhole networks, and analyzes this new model with queuing theory. Since the wormhole network's node is too complicated to analyze generally, a multi-vision solution is applied to analyzing the wormhole network's node. The wormhole network single-node model is decomposed into three sub-models, and each of them can be analyzed with queuing theory separately. Lastly, a simulation model is made with this solution, and several simulation results are presented to illustrate the performance of real-time wormhole scheduling in single-node.