The simulator is based on mathematical simulation models of body-fluid balance, respiration, circulation and renal function.
The network simulator is based on a comprehensive multi-cellular simulation tool for both the uplink and downlink of an LTE system, and contains the traffic sources and protocol stacks of different network elements.
The simulator is based on a spatio-temporal model and implemented following a Web-based architecture.
While the simulator is based on a high-fidelity six-degree-of-freedom numerical simulation, a simplified model is used to analyze the proof mass dynamics.
The simulator is based on a phenomenological model of induration.
The Earth Simulator is based on the same technology that is used by the SX-6 supercomputer that has now been installed in Alaska.
The simulator is based on three control loops, whose synchronization appears satisfactory.
The simulator is based on a non-linear dynamic model that is derived from phenomenological and empirical relationships.
The code, called TRS (Thermal Recycling Simulator), is based on a finite-difference approximation of the potential flow theory.
The simulator is based on object-oriented programming and is capable of interacting with Matlab programs written by the user to design and evaluate real-time control strategies.
