Povezava letala z internetom stvari

Starčič, Bor (author), Logar, Vito (mentor)

V diplomski nalogi je opisan projekt za brezžični prenos podatkov iz CAN BUS sistema letal Pipistrel. Uporabljena kombinacija NUCLEO H723ZG mikrokrmilnika in WE310F5 wifi modula je omogočila vzpostavitev hitre in zanesljive povezave s CAN BUS omrežjem v letalu. Smoter naloge je bil zagotoviti zanesljiv, učinkovit in hitro odziven sistem za zajem in prenos ključnih letalskih podatkov na MQTT posrednik (ang. broker). Omenjeni pristop je izrazito povečal možnost nadzora ter analiziranja informacij takoj, ko so bile zabeležene, kar je občutno vplivalo na zagotavljanje varnejših in bolj učinkovitih letalskih procesov. Sistem je vsebuje šifriranje informacij in potrditev identitete uporabnikov, kar omogoča varnost podatkov. Vključitev funkcije za shranjevanje podatkov na lokaciji v primeru izgube povezave je dodatno okrepila zanesljivost celotne strukture. S pomočjo modularne zasnove in zavezanostjo odprtim standardom je bila zagotovljena sposobnost sistema, da se prilagodi različnim specifikacijam in zahtevam. Rezultat je nadzorni sistem, ki učinkovito odgovarja na sodobne potrebe letalske industrije in je skladen z vodilnimi industrijskimi trendi v smeri internetnih tehnologij. Z nekaj spremembami in nadgradnjami se bo ta sistem vgradil v letala podjetja Pipistrel Vertical Solutions, kjer bo imel nalogo pošiljanja podatkov, ki so jih letala pridobila med letom na MQTT posrednik preko brezžične povezave. Glavni namen projekta je bil olajšanje dostopa do podatkov leta, ker je predhoden način temeljil na žični povezavi USB.

• Language: Slovenian
• Keywords: NUCLEO H723ZG, WE310F5 WiFi modul, MQTT posrednik, letalski nadzorni sistemi, CAN BUS, hitrost prenosa podatkov, Pipistrel, enkripcija, avtentikacija, lokalno shranjevanje.
• Work type: Bachelor thesis/paper
• Organization: FE - Faculty of Electrical Engineering
• Year: 2023
• PID: 20.500.12556/RUL-149335
• COBISS.SI-ID: 164117251
• Publication date in RUL: 06.09.2023

STARČIČ, Bor, 2023, Povezava letala z internetom stvari [online]. Bachelor’s thesis. [Accessed 8 April 2025]. Retrieved from: https://repozitorij.uni-lj.si/IzpisGradiva.php?lang=eng&id=149335

Secondary language

• Language: English
• Title: Connection of the airplane into the internet of things

Abstract

The thesis presents a project for wireless data transmission from the CAN BUS system of Pipistrel aircraft. The combination of the NUCLEO H723ZG microcontroller and WE310F5 WiFi module allowed the establishment of a fast and reliable connection with the CAN BUS network on the aircraft. The purpose of the thesis was to provide a reliable, efficient, and responsive system for the capture and transmission of key aviation data to an MQTT broker. This approach has significantly increased the ability to control and analyze information as soon as it was recorded, substantially influencing the provision of safer and more efficient aviation processes. The system includes information encryption and user authentication to ensure data security. The inclusion of a function to store data locally in case of loss of connectivity has further strengthened the reliability of the overall structure. With the help of a modular design and commitment to open standards, the system's ability to adapt to various specifications and requirements was ensured. The result is a control system that responds effectively to the modern needs of the aviation industry and is in line with the leading industry trends towards Internet technologies. With some modifications and upgrades, this system will be installed in Pipistrel Vertical Solutions' aircraft, where it will have the task of sending the data acquired by the aircraft in flight to the MQTT broker via a wireless connection. The main purpose of the project was to facilitate access to flight data, as the previous method was based on a wired USB connection.

• Keywords: NUCLEO H723ZG, WE310F5 WiFi module, MQTT broker, aviation control systems, CAN BUS, data transfer speed, Pipistrel, encryption, authentication, local storage.