Theoretical and experimental researches on the implementation of smart location

Mariana Panaitescu,Valeriu-Nicolaie Panaitescu,Marius-Valentin Dumitrescu,Fanel-Viorel Panaitescut,G.P Negreanu,N.V Vlăduţ,C Ertekin,M Tazerout

doi:10.1051/e3sconf/202128604005

Mariana Panaitescu, Valeriu-Nicolaie Panaitescu + Show 6 more

Open Access

https://doi.org/10.1051/e3sconf/202128604005

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Abstract

The present paper considers the presentation of practical solutions for the realization of smart location, materialized through research on solutions for monitoring parameters and solutions for these locations. In this paper we present: description of the concept of smart location, structures and architectures, realization of a pilot installation of smart location and data aquisition. For these researches was used to monitor electro-mechanical radiation of its own design. We obtained the following results: realization and design of the elements of the housing components with the 123D Design program, processing with the Cura program, obtaining g-code files for transfer to 3D printing, monitors in real time and detects errors or deficiencies in location. The main objective of this paper is to propose a model of technical solution for an smart location, which can be applicable in the maritime field, respectively to ships in the engine room or other location onboard.

Highlights

Introduction about smart locationThe present paper considers the presentation of practical solutions for the realization of smart locations, materialized through research on solutions for monitoring parameters and solutions for these locations. that the construction of "Intelligent Locations compatible with Internet of Things (IoT)" is in full swing, it was considered that a research and understanding of systems and how to operate, followed by a realization at the level of the model would be auspicious [1]
The main objective of this paper is to propose a model of technical solution for an smart location, which can be applicable in the maritime field, respectively to ships in the engine room or other location onboard
Following the experience gained in carrying out the exercise, we can say that the technical solution model created by us can be adapted and replicated for other environments

Summary

Introduction

The present paper considers the presentation of practical solutions for the realization of smart locations, materialized through research on solutions for monitoring parameters and solutions for these locations. That the construction of "Intelligent Locations compatible with IoT" is in full swing, it was considered that a research and understanding of systems and how to operate, followed by a realization at the level of the model would be auspicious [1]. By definition: "An intelligent locations represents a fusion of technologies, projectors and energy systems. Primary and secondary data buses can be CAN, BACnet, fiber optic, ethernet, ARCNET, RS-232, RS-485 or wireless “.[1]

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