The single-shot approach can explore irreversible events in materials, but the spatial resolution is limited by electron source brightness and electron electron interactions at nanosecond temporal resolutions and higher.
Using ideation tools, the approach can explore new health service possibilities by helping participants to envisage alternative service experiences.
These can be directly observable in ethnographic studies but are more challenging to demonstrate in the archaeological record; however, increasing analytical power is being brought through modelling approaches that can explore and test past relationships (e.g. Rogers et al. 2012).
Using graphical approaches, one can explore different test strategies together with the clinical team and thus tailor the multiple test procedure to the given study objectives.
However, in order to find a potentially optimal feature subset for the feature selection problem, it is necessary to design an efficient exploration approach that can explore an enormous number of possible feature subsets.
Using extended transnasal approaches, today the surgeon can explore not only the entire skull base, but also penetrate the cranial cavity, and expose vital and fragile structures like the cranial nerves, the optic complex, brainstem, hypothalamus or cerebral ventricles [ 1– 4].
These approaches can be explored in further research.
You can explore less successful approaches to building an abode with the cautionary tale of the Three Little Pigs.
