To model this process, various models are used.
Since fold recognition of the target protein to be modeled is the starting point of the template-guided model building process, various approaches – such as profile analysis, threading, and SCOP fold classification – have been applied to generate the template library and to select the best template structure.
The chapter outlines a layered federation model that attempts to encapsulate and interrelate the various models, processes, and techniques that will be required to realize such a flexible approach to management system federation.
To examine the controlling mechanism of the adsorption process, various kinetic models were used to test the experimental data; pseudo-first-order and pseudo-second-order kinetic models and Elovich model were applied to the kinetic data.
The coefficients and delays in model describing various processes in physics are usually obtained as a results of measurements and also can be obtained only approximately [2].
While this is an important advance over the purely verbal stage, we want to encourage future work to model the various processes that increase or decrease the predicted speed of genomic decay.
Since the entire development process shares the same 3D geometric model, the various process of developing dies can be performed in parallel.
Business process models support various stakeholders in managing business processes and designing process-aware information systems.
The model incorporates various process parameters like layer thickness, hatch space, bed temperatures, laser power and sinter factor, etc.
This approach consists of the following key aspects: use of interaction patterns to model design processes at various levels of abstraction in terms of simulation models, design decisions, and their interactions; use of a value-of-information based metric improvement potential; and stepwise refinement of interaction patterns instead of relying on completely coupled interactions.
