Modules in the functional part can be classified into resource management modules and modeling modules.
Open image in new window Figure 9 MEC modules and models.
The solution consists of the combination of optimal test preparation using computer-aided design software modules and modeling of the inspection, a quantitative flaw testing using qualified reconstruction methods and qualification procedures of the material parameters like fracture toughness.
Individual variation in adaptive behavior can substantially enhance coexistence in the IGP module, and model predictions can be quite different depending on how they are analyzed.
Methodologies, like co-simulation which allows for parallel simulation at different time-scales in different modules, and modeling environments for integrative models including different types of equations (ODEs, PDEs, SDEs etc) were discussed and evaluated.
We show that while module checking and model checking coincide for the linear-time paradigm, module checking is much harder than model checking for the branching-time paradigm.
Figure 9 shows these modules, and two models formed by the platform and selected customized and personalized modules.
In addition to the commercial tools, a number of software modules have been implemented to support the integration; e.g., interface modules for data retrieval, and model update modules for updating CAD and simulation models in accordance with design changes.
Base-band involved integrative modeling method (BIMM) is proposed for studying the transmission characteristics and bit error rate of the wireless communication, in which the transmitting and receiving antennas, wave propagation environment, and the modulation and demodulation modules are modeled and simulated integratively.
In order to simulate the alternations, we considered leg rubbing to be a member of the same suppression hierarchy with the other cleaning modules and ran the model simulation based on two premises.
