dc.contributor.advisor | Sobah Abbas Petersen | |
dc.contributor.author | Ahmed Mustafa | |
dc.date.accessioned | 2020-07-30T16:00:32Z | |
dc.date.available | 2020-07-30T16:00:32Z | |
dc.date.issued | 2019 | |
dc.identifier.uri | https://hdl.handle.net/11250/2670514 | |
dc.description.abstract | Smart cities and the creation of it are hot topics these days and every developed country is converting their urbanization into smart cites. The Internet has revolutionized
almost everything including our lives and IoT devices. These IoT devices generate
data streams with multi-dimensions and in the form of big data. Due to enhancements in innovation, smart cities become the source of generating a lot of data that
involves multiple stakeholders. For the sake of making processes systematic in smart
cities many private companies, public governments, and universities have contributed
through the literature and smart city frameworks.
In this thesis, there is a particular focus on the smart city stakeholders, frameworks
literature. After discussing the frameworks and critical analysis, the thesis purposed
a framework including different stakeholders and IoT devices. The conceptual framework is only to solve the puzzle where different components will fit in the smart
cities including the stakeholders and technologies in a systematic way. The conceptual framework defines the flow of decisions back with technology, IoT devices, data
generated and the goals of the smart cities. But to make it integrated with the performances we do need a bridge which is called platforms or dashboards. There are so
many types of dashboards that serve different purposes and have been implemented in
different urban cities around the globe. We also have discussed and purposed the interface of the dashboard concerning process in FME-ZEN research which is a focused
research center in Norway regarding reducing the greenhouse effect in smart cities.
The purposed dashboard also covers a wide range of processes and stakeholders. The
stakeholders can process different data streams together to generate results. | |
dc.description.abstract | Smart cities and the creation of it are hot topics these days and every developed country is converting their urbanization into smart cites. The Internet has revolutionized
almost everything including our lives and IoT devices. These IoT devices generate
data streams with multi-dimensions and in the form of big data. Due to enhancements in innovation, smart cities become the source of generating a lot of data that
involves multiple stakeholders. For the sake of making processes systematic in smart
cities many private companies, public governments, and universities have contributed
through the literature and smart city frameworks.
In this thesis, there is a particular focus on the smart city stakeholders, frameworks
literature. After discussing the frameworks and critical analysis, the thesis purposed
a framework including different stakeholders and IoT devices. The conceptual framework is only to solve the puzzle where different components will fit in the smart
cities including the stakeholders and technologies in a systematic way. The conceptual framework defines the flow of decisions back with technology, IoT devices, data
generated and the goals of the smart cities. But to make it integrated with the performances we do need a bridge which is called platforms or dashboards. There are so
many types of dashboards that serve different purposes and have been implemented in
different urban cities around the globe. We also have discussed and purposed the interface of the dashboard concerning process in FME-ZEN research which is a focused
research center in Norway regarding reducing the greenhouse effect in smart cities.
The purposed dashboard also covers a wide range of processes and stakeholders. The
stakeholders can process different data streams together to generate results. | |
dc.language | eng | |
dc.publisher | NTNU | |
dc.title | Platform Interface for Smart City Stakeholders | |
dc.type | Master thesis | |