Design of an IoT Smart Meteorological Station Complete with Data Acquisition and Realizing Test Measurements in Cyber-Physical Robotics Lab | Zendy

István Faragó | Zendy; Timotei István Erdei | Zendy; Sándor Zolnai | Zendy; Géza Husi | Zendy

Open Access

Design of an IoT Smart Meteorological Station Complete with Data Acquisition and Realizing Test Measurements in Cyber-Physical Robotics Lab

Author(s) -

István Faragó,

Timotei István Erdei,

Sándor Zolnai,

Géza Husi

Publication year - 2020

Publication title -

műszaki tudományos közlemények

Language(s) - English

Resource type - Journals

ISSN - 2601-5773

DOI - 10.33894/mtk-2020.13.07

Subject(s) - arduino , raspberry pi , microcontroller , data acquisition , computer science , embedded system , robotics , internet of things , computer hardware , test (biology) , interpreter , operating system , real time computing , artificial intelligence , robot , paleontology , programming language , biology

The presented project was completed using modern, widely used IoT based devices. These include the ESP-01 microcontroller, which is programmable using the Arduino IDE (with its integrated ESP8266 interpreter), and a Raspberry Pi Zero W single board computer, which requires a Raspbian Linux distribution. In this project, an original meteorological station was created (complete with data acquisition), employing various sensors.

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