Sentence examples for complexity of the infrastructure from inspiring English sources

[3: 21]14 Clearly, a greater complexity of the infrastructure functionality is propagated in combination with a greater public responsibility in orchestration.

In this ideal type typology, two basic factors are distinguished: (i) the regulatory nature of the infrastructure regime and (ii) the technical complexity of the infrastructure functionality.

Table 2 Regulatory nature × technical complexity of heat infrastructures Regulatory→ ↓Technical Regulatory nature of the infrastructure regime Public Hybrid forms Private Technical complexity of the infrastructure functionality Low Ideal type form 1 Public/simple   Ideal type form 2 Private/simple Hybrid forms   Hybridity   High Ideal type form 3 Public/complex   Ideal type form 4 Private/complex.

Furthermore, the typology can help to determine the influence of (changing) preferences of stakeholders under free market circumstances, merely in terms of the impact of the regulatory nature and technical complexity of the infrastructure on the legal governance structure of the process of establishing a heat infrastructure.

Positions of economic and legal power, following the nature of the infrastructure's regulatory regime, and of techno-functional power, following the complexity of the infrastructure's functionality, will have a strong influence on who will take the lead position(s).

It not only addresses usability aspects but also increases the complexity of the infrastructure to be considered in the performance studies.

This conceptual article aims to support such orchestration by presenting a legal governance typology for heat infrastructures that combines the nature of the infrastructure-regime with the complexity of the infrastructure-functionality.

In addition, data modeling is usually proprietary (technical specifications belong to the editor and are not available for users), barely collaborative and incapable to this date of handling the complexity of these infrastructure projects (MINnD UC 6-1 2016; MINnD UC-3 2016; MINnD 2014).

An approach where IT services are freed from the complexity of the hardware infrastructure that delivers them.

What are the right abstractions for the development of future distributed systems given the scale of complexity of the underlying infrastructure?

Distributed systems are not only being challenged by the increasing complexity of the underlying infrastructure but also by the new styles of applications and services now being considered.