IoT Deployment for Smart Building: Water Consumption Analysis
Sep 8, 2021·
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Adrijana Vrsalović
Toni Perković
Ivo Andrić
Marin Aglić Čuvić
Petar Šolić

Abstract
This paper presents architectural design and onsite implementation of smart building for purposes of building parameters monitoring, involving both required hardware and related software. For the purposes of implementation, the paper focuses on the technical description of required steps needed for successful implementation of used IoT architecture, while providing use cases on smart water meters implementation and given data analysis. The implementation of such a system is linked to the need to reduce costs and aims at more efficient spending by providing users with transparent data in real-time. In this way, smart water distribution is achieved through better distribution efficiency and sustainability of resources. The importance of consumption awareness of users is not to be ignored, since the graphical and numerical presentation of water consumption over time, available on different platforms for visitors and users of the building can lead to change in water consumption habits and patterns, therefore reduce the overall operating cost of the system.
Type
Publication
International Conference on Smart and Sustainable Technologies (SpliTech), 01–05
Status
Peer-reviewed

Authors
Full Professor
I am a Full Professor in the
Department of Electronics and Computing
at the Faculty of Electrical Engineering, Mechanical Engineering and Naval
Architecture (FESB), University of Split,
Croatia, where I teach
wireless network security, wireless communication networks, data science and
reinforcement learning.
My research spans information security, applied cryptography and the Internet of
Things. Before returning to FESB in 2020, I was an assistant and then associate
professor at the University Department of Forensic Sciences
in Split. I co-founded the SpliTech international
conference and serve on the editorial board of the
Journal of Communications Software and Systems.