Low-carbon technologies usually have a modular architecture that utilize standards to enable interfacing of components.
The modelling concepts include components and features with compositional structure and attributes, the interfaces of components and connections between them, and constraints.
Boundary profile capturing capability at the interfaces of components is incorporated into the flux matching based POD approach, without introducing extra computation.
On the one hand, solutions at the application layer synthesise intermediary entities, mediators, to compensate for the differences between the interfaces of components and coordinate their behaviours, while assuming the use of the same middleware solution.
This paper introduces the basic principles of a time-triggered real-time computing system, and elaborates on the benefits that can be gained from the availability of a global time base in general, and in specifying the linking interfaces of components in particular.
This paper introduces the basic principles of a TT real-time computing system, and elaborates on the benefits that can be gained from the availability of a global time base in general, and in specifying the linking interfaces of components in particular.
The water mediated contacts in interfaces of components in protein∶protein∶DNA complexes play less important role (found in less quantity) in the stability and specificity of recognition then in interfaces of components in the binary protein∶protein and protein∶DNA complexes.
These results suggest that water mediated contacts in interfaces of components in protein∶protein∶DNA complexes play less important role in the stability and specificity of recognition then in interfaces of components in the binary protein∶protein and protein∶DNA complexes.
We investigated if the distributions of structural motifs in interfaces of components in ternary (protein∶protein∶DNA) complexes are different from those in binary complexes (protein∶protein and protein∶DNA).
The water mediated contacts are less important (found in less quantity) between the interfaces of components in ternary (protein∶protein∶DNA) complexes than in those of binary complexes (protein∶protein and protein∶DNA).The thermodynamic stability of ternary complexes is also higher than in the binary interactions.
