Knowing how components are composed and being able to modify this composition at run-time provides great adaptation capabilities: the application can be adapted to evolutions in the execution environment, by changing some of the components taking part in the composition or changing the dependencies between the involved components.
Simulation results for a test system based on actual data of a GE 9E turbine show that the system helps reducing operation costs by up 4.7% and NOx emissions by up to 20.5%, and can be used with a large variety of gas power plants, as well as be adapted to evolutions in the plant structure.
Previous work summarized above indicates protection based on comprehensive information can adapt to the evolution of the power network and optimize its performance.
Thus, it is most likely that most of these HTGs facilitated Lepidoptera to adapt to the evolution of their plant hosts.
Since most Lepidoptera are phytophagous insects and the majority of HTGs may perform physiological functions in nutritional metabolism and detoxification, these HTGs facilitated Lepidoptera to adapt to the evolution of their plant hosts.
It also allows the system to adapt to technology evolutions without significant modifications to its architecture.
In addition to the wealth of biocatalysts provided via secondary metabolic pathways, improving the understanding of biosynthetic pathway evolution will provide rich resources for methods to adapt to applied laboratory evolution.
Carriers will need to constantly innovate and experiment as they adapt to the accelerating evolution in technology and consumer expectations, reinventing their products, systems and business models accordingly.
This is also due to the fact that the proposed method can adapt to the temporal evolution of the target maneuvering parameters via estimating them with the target states.
This high number of gene duplications is consistent with natural selection for specific prey, which requires highly toxic and lethal venom that is evolving quickly to adapt to molecular co-evolution of prey resistance [ 45].
