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Wang, J. and Keshav, S. (1999) Efficient and Accurate Ethernet Simulation. Cornell Network Research Group (C/NRG), Department of Computer Science, Cornell University.

has been cited by the following article:

• TITLE: Evaluating the Performance of Fault-Tolerant S2A vs. In-Loop Controller Models for Ethernet-Based NCS

  AUTHORS: Eslam Moustafa, Hassan Halawa, Ramez Daoud, Hassanein Amer

  KEYWORDS: Networked Control Systems, Ethernet, OMNeT++, Sensor Actuator Networks, Fault-Tolerance

  JOURNAL NAME: Intelligent Control and Automation, Vol.5 No.2, May 27, 2014

  ABSTRACT: Two different controller-level fault-tolerant models for Ethernet-based Networked Control Systems (NCSs) are presented in this paper. These models are studied using unmodified Fast and Gigabit Ethernet. The first is an in-loop controller model while the second is a direct Sensor to Actuator (S2A) model. OMNeT++ simulations showed the success of both models in meeting system end-to-end delay and strict zero packet loss (with no over-delayed packets) requirements. It was shown in the literature that the S2A model has a lower end-to-end delay than the in-loop controller model. It will be shown here that, on the one hand, the in-loop fault-tolerant model performs better in terms of less total end-to-end delay than the S2A model in the fault-free situation. While, on the other hand, in the scenario with the failed controller(s), the S2A model was shown to have less total end-to-end delay.