Future directions and hypotheses are outlined that may guide basic and clinical research on action control in ASD.
A general design procedure is outlined that may be based on a final permanent deformation or a failure load, and the limitations of such a procedure are discussed.
A model is outlined that determines the ideal operating tank temperature and hydraulic retention time, based on objectives for minimising levelised cost of electricity, and maximising energy potential and feedstock mass reduction.
Future areas of research and development are outlined that could make exploitation of the marine renewable energy (MRE) seascape a viable proposition; these areas include energy storage, advanced materials, robotics, and informatics.
In addition, a flexible management architecture is outlined that takes EDHs into account, called Wireless Software-basEd architecture for Extremely Dense networks (WiSEED).
Five main traits are outlined that have to be manifested in a social innovation under educational context: trigger of change, change agents, social mechanism, social implication or basis of legitimacy, and social gain.
Using PepsiCo as an example of one company, specific steps are outlined that will transform PepsiCo's product portfolio and how nutritional choices are communicated to customers.
Secondly, a polynomial-time method based on linear programming for computing dense realizations has been outlined that is more scalable and therefore presents a clear improvement over the previously used MILP-based method.
An extension of current, standard methodology to estimate genetic parameters in a mixed model framework has been outlined that has the scope to yield 'better' estimates, especially for multivariate analyses that comprised more than just a few traits.
The consequences in terms of cosmological parameters are outlined that reinforce the flatness of the Universe.
