Open Mobile Search. All Examples Functions Blocks Apps. Toggle navigation. Trial Software Product Updates. Open Live Script. The display shows a nonzero sample time value sys.
Fixed points in discrete models for regulatory genetic networks.
Time response plots - Response curve has a staircase look owing to its sampled-data nature Bode plots - There is a vertical bar marking the Nyquist frequency pi divided by the sample time. No, overwrite the modified version Yes. Select a Web Site Choose a web site to get translated content where available and see local events and offers. Select web site. Although, this approaches able to generate the general behavior of the system, the specific discrete processes and stochastic behaviors in the system have not been addressed.
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Membrane computing has been an unconventional computational approach that provides a platform for modeling discrete systems. It deals with parallel, distributed and non-deterministic computing models.
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Approach: This study was carried to compare the ODE with membrane computing approach in modeling a discrete system by taking Prey-Predator population as the case study. Results: Membrane computing able to not only maintain the dynamics and equilibrium of Prey-Predator population but also preserve the discrete and stochastic evolvement of the prey and predator in the population by sustaining the properties of the system. Conclusion: Membrane computing modeling approach preserved the characteristics of discrete systems that absent in the ODE approach.