Wireless Telemetry for Electric Formula
Bezdrátová telemetrie pro elektrickou formuli
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České vysoké učení technické v Praze
Czech Technical University in Prague
Czech Technical University in Prague
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Abstract
Tato práce si klade za cíl analyzovat možnosti bezdrátového přenosu dat mezi pohyblivým objektem v podobě vozidla kategorie Formula Student Electric a pevnou stanicí. Na základě této analýzy je vybrána vhodná technologie vyhovujícím požadavkům samotného vozidla a provozním podmínkám týmu. Práce dále obsahuje výběr stěžejních hardwarových komponent, návrh designu desek plošných spojů a stejně tak zástavbu do vhodné krabičky. V další kapitole práce je rozebrán návrh softwaru pro tento spoj, kde je kladen důraz na univerzálnost a rozšiřitelnost. V závěru práce jsou změřeny vlastnosti realizace spoje a jsou nastíněny možnosti rozšíření do budoucna.
This work aims to analyze the possibilities of wireless data transmission between a moving object in the form of a vehicle of the Formula Student Electric category and a fixed station. Based on this analysis, a suitable technology is selected to meet the requirements of the vehicle itself and the operating conditions to suit the team. The work also includes a selection of key hardware components, design of printed circuit boards, as well as installation in a suitable box. The next part of the work discusses the design of software for this connection, where the emphasis is on versatility and extensibility. At the end of the work, the properties of the connection are measured and the possibilities of expansion into the future are outlined.
This work aims to analyze the possibilities of wireless data transmission between a moving object in the form of a vehicle of the Formula Student Electric category and a fixed station. Based on this analysis, a suitable technology is selected to meet the requirements of the vehicle itself and the operating conditions to suit the team. The work also includes a selection of key hardware components, design of printed circuit boards, as well as installation in a suitable box. The next part of the work discusses the design of software for this connection, where the emphasis is on versatility and extensibility. At the end of the work, the properties of the connection are measured and the possibilities of expansion into the future are outlined.