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Such could be the case for the tourism activity. As mentioned above, the setting in motion of semantic
            models able to capture the reality of an urban ecosystem constitutes a valuable opportunity not
            only for the efficient and sustainable management of resources in the overall local economy but
            also, in a tourism context, as a direct way towards the competitive evolution of the tourism offer
            of products and services. Through a model able to identify give proper meaning and establish
            relations inside and outside the tourism-related terminology, the application of a semantic standard
            allowing interoperability is possible. By meeting this essential condition, in which the tourism offer,
            and public services are capable of speaking the same language, a new digital configuration of
            the city as a destination, able to provide more and better services tailored to each tourist needs,
            is within reach.


            4.3     Reference technological architecture


            We can define the information and communications technology (ICT) architecture of a Smart and
            Sustainable City as a complex set of components, functional blocks, hardware, telecommunication
            networks, services and applications that interact with one another and whose influence is capital
            for the correct development of the Smart City. This architecture must cover heterogeneous
            geographical areas, use multiple technologies, be valid for different types of cities, be safe and
            available, and have to operate over time. It must also provide services that allow the building of
            valuable applications for citizens, companies, administrations and visitors.

            The basic principles with which the ICT architecture must comply are that it is standards-based,
            flexible, scalable and fault-tolerant. It must also provide security, information protection (privacy),
            advanced services and standardized ability to exchange information with internal and external
            systems.

            There are different visions (see Figure 9) to address how to describe, identify and classify ICT
            systems and subsystems along with their relationships. Each of them aims to offer an approach
            oriented towards different interest groups.


            •  The functional vision: Focuses on aspects related to specific activities of the city and how
                these activities use ICT architecture to solve specific needs. For example, intelligent energy
                management or mobility.

            •  The management vision: Focuses on how the architecture is deployed, operated, managed,
                and maintained. It also applies to the description of services, logical security, manufacturers,
                information management and usability of the architecture by citizens.
            •  The physical vision: Focuses on the location, type, power, bandwidth, storage and other
                characteristics of the elements of the computing and communications architectures.

            •  The business vision: Focuses on the economic sustainability of ICT architecture based on
                investments and returns for the city.







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