In this paper, we demonstrate that CAMECA Wf can deliver high long-term reproducibility because of its high-level automation and improved design of immersion lens.
It is the digital computer's capacity for branching, due to its digital programmability, that allows for the kinds of higher-level automation involved in the use of imaging applications and sequential image-generation.
The latter requires a higher level of automation than the former because of the sheer number of applications involved.
SSRs also offer a much higher level of automation which is crucial to manage with the great number of individuals generally handled in eucalypt breeding.
In addition, this capability may add a higher level of automation to the system since a proper execution engine can solve building time issues, like the lack of appropriate components, or can suggest more appropriate ones in certain cases.
To support a higher level of automation in the integration process, efforts have been made in the biomedical domain towards the development of semantic web services and supporting composition environments.
For instance, context recognition methods based on probabilistic reasoning inherently suffer from ad-hoc static models, scalability, and data scarcity, and the ontology approach allows easy incorporation of machine understandability and domain knowledge, which provide rich expressiveness and facilitates reusability and intelligent processing at a higher level of automation [42].
Seeking a higher level of automation, according to Intelligent Manufacturing paradigm, an optimal process control for milling process has been developed, aiming at optimizing a multi-objective target function defined in order to mitigate vibration level and surface quality, while preserving production times and decreasing tool wear rate.
Because of this higher level of automation (i.e., adding reagents, washing and reading plates), the total analysis time of Simple Plex assays was found to be much shorter than either Bio-Plex® or Multi-Array assays (1.5 h versus 4 6 h) (Table 1).
Lower levels of automation intrinsically demand more human interaction, whereas higher levels of automation reduce the need for user intervention, thus speeding up the service creation flow and providing cleaner outputs.
In coming years, the skewing of income promises to accelerate as the new computing grid allows companies to achieve far higher levels of automation.
