Ultimately, the case presented demonstrates a complex set of variables involved in the design of infrastructure for emerging technologies, thus contributing to the argument for synthetic design in the study of innovations.
The results demonstrate the need to consider the effect of the interplay among hydrological processes, climate and basin characteristics in transforming precipitation frequency distributions into those of streamflow for the design of infrastructure and for water management.
Networks-on-Chip (NoC) is an interesting option in design of communication infrastructures for embedded systems.
So the design of safe infrastructures for all travellers categories, included the cyclists, becomes a primary requirement.
Network and device heterogeneity, nomadic mobility, intermittent connectivity and, more generally, extremely dynamic operating conditions, are major challenges in the design of security infrastructures for pervasive computing.
Proliferation of Web services based applications, collaboration and interoperability between companies, extremely heterogeneous policies of security, and, more generally, reply attacks over Internet are major challenges in the design of security infrastructures for Web services.
Networks-on-Chips (NoCs) have been used as an interesting option in design of communication infrastructures for embedded systems, providing a scalable structure and balancing the communication between cores.
Considering the needs of ecologized design, this paper centers on the features of infrastructure products in terms of function, structure and material, etc., and establishes the reasonable rules of ecologized planning, in order to lay the foundation for subsequently developing the favorable methods for the ecologized design of infrastructure products.
In other words, better infrastructure sometimes saps, rather than invigorates, poorer regions.Finally, the design of infrastructure clearly matters.
By means of the identification of the interactions between an infrastructure and its surroundings and of the systemic uncertainties, taxonomy, a systems engineering framework for the design of flexible infrastructures has been proposed.
