A proposed architecture for the integration of IoT and Cloud Computing
Mortazavi, Seyedehhanieh (2020)
School of Engineering Science, Tietotekniikka
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Nowadays, with the use of pervasive environments, environments that provide human needs at any time and place, information technologies and artificial intelligence in the field of machine-to-machine interaction have evolved at an unprecedented rate of speed. These technologies have evolved synergistically. However, data storage and data processing holes and challenges are on IoT. On the other hand, cloud computing technology can play an important role in storage holes with the ability to store and process cloud data. With the centrality and interoperability of the IoT space that comes with the Cost-saving, automation of service and control; the exploitation, implementation and maintenance of organizational structures of this technology is improving all around the world. Therefore, it is necessary to implement this technology and considering the model. Optimization, implementation of the technology has been a major challenge in the field of computing (In Lee, Kyoochun Lee. 2015). in this thesis, we have tried to understand the concepts of new technologies such as cloud computing and the Internet of Things and have studied the weaknesses and strengths of the architectures by examining them. And then the synthetic IoT and cloud computing model in the infrastructure layer for processing and storage straws in order to improve the challenges and holes have been provided based on existing (internal and external) research studies.