Self-configuration: Automatic configuration of components during runtime.
The configuration of components can be tuned by the update operation.
The optimal graph improves the representation of the training set and provides the best configuration of components according to their purities.
As a hardware aspect, each component has a module configuration, so that it can show different designs according to the configuration of components, and can develop a design desired by themselves.
Administrators, instead of controlling entire systems by hand, define general rule based policies that guide "self-*" management processes in four functional areas: Self-configuration: Automatic configuration of components during runtime.
The approach is based on a parallel design language with state, which facilitates the specification of computations compared to the process calculi used by other formal approaches, and on category theory, which provides an intuitive yet precise graph-based semantics for the configuration of components and connectors.
At the system level, the probability of occurrence of failure modes (i.e. various configurations of component damage states) is estimated thanks to a Bayesian analysis.
These operations can be of the following types: (i add a component to system assembly, (ii) remove a component, (iii) replace one component with another, or (iv) update the parameter configuration of a component.
However, we argued that internal collaboration scripts are multilevel configurations of components that can be dynamically reconfigured as a response to changing situations and to changing individual goals.
For such flow networks, the configuration of one component does not affect the result for other components.
This paper shows that the internal geometric configuration of a component can be deduced by optimizing the global performance of the installation that uses the component.
