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To tackle the issues preventing wide adoption of closed-loop verification, a model-integrated design framework supporting structural model development and verification has been recently proposed.
In this context, the verification of a model transformation has three main components: the transformation itself, the properties of interest addressed, and the verification techniques used to establish the properties.
But it is not clear that its purpose is the verification of a model or theory.
2, verification of a model does not depend on finding explicit analytical solutions of the equilibrium equations.
Formal verification integrates a model checker kernel from state graph manipulators (SGM), by adapting it for embedded software.
Model checking allows formal verification that a model satisfies a prescribed property.
Finally, there is the classic problem with verification of a model (software, in this case): that fact that it works well in one domain is no guarantee that it will work well in another domain.
Firstly, concerning verification, a UML model is typically not the input language of a verification tool.
The IP vendor may also provide a compiled cycle-accurate C/C++ model to be used for functional verification because such a model will simulate much faster than the LUT/CLB netlist-level model.
In this verification, a sub-seafloor model consists of two layers, and the unknown model parameters are (ρ1,h1, and ρ2).
Two different methods are used for cross verification: a dipole-interaction model and a finite-element simulation based on continuum field theories.
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